[TMainForm]
TMainForm.Panel2.Caption=Kumoa-muisti : 0 kb.
TMainForm.Panel3.Caption=etäisyys :
TMainForm.PrecisionBox.Hint=Muuttaa mallin tarkkuutta.
TMainForm.PrecisionBox.Items[0]=Matala
TMainForm.PrecisionBox.Items[1]=Kohtalainen
TMainForm.PrecisionBox.Items[2]=Korkea
TMainForm.PrecisionBox.Items[3]=Korkein
TMainForm.LayerBox.Hint=Siirtää valitut pinnat uudelle tasolle tai vaihtaa aktiivisen tason.
TMainForm.Panel1.Hint=Muuttaa aktiivisen tason väriä.
TMainForm.ExportFEF.Caption=FEF tiedosto...
TMainForm.ExportFEF.Hint=Vie FEF-muotoisen (Freeship Exchange Format) rungon.
TMainForm.ImportFEF.Caption=FEF tiedosto...
TMainForm.ImportFEF.Hint=Tuo FEF-muotoisen (Freeship Exchange Format) rungon.
TMainForm.LoadFile.Caption=Avaa...
TMainForm.LoadFile.Hint=Avaa tallennetun tiedoston.
TMainForm.ExitProgram.Caption=Poistu
TMainForm.ExitProgram.Hint=Sammuttaa FreeShipin
TMainForm.ImportCarene.Caption=Carene XYZ tiedosto...
TMainForm.ExportDXF2DPolylines.Caption=DXF 2D Polyline...
TMainForm.ExportDXF2DPolylines.Hint=Vie kaikki linjat 2D polyline-objekteina.
TMainForm.ExportCoordinates.Caption=koordinaatit...
TMainForm.ShowControlNet.Caption=Kontrolliverkko
TMainForm.ShowControlNet.Hint=Näyttää kontrolliverkon.
TMainForm.ShowInteriorEdges.Caption=Sisäpuoliset reunat
TMainForm.ShowInteriorEdges.Hint=Näyttää sisäpuoliset reunat.
TMainForm.NewWindow.Caption=Uusi ikkuna
TMainForm.TileWindow.Caption=Allekkain
TMainForm.CascadeWindow.Caption=Limittäin
TMainForm.BothSides.Caption=Näytä molemmat puolet
TMainForm.BothSides.Hint=Näyttää mallin molemmat puolet
TMainForm.FileSaveas.Caption=Tallenna nimellä...
TMainForm.FileSaveas.Hint=Pyytää tiedostonimeä ja tallentaa tiedoston.
TMainForm.DecreaseCurvatureScale.Caption=Pienennä kaarevuusasteikkoa
TMainForm.DecreaseCurvatureScale.Hint=Pienentää kaarevuuskäyrän mittakaavaa.
TMainForm.LayerAutoGroup.Caption=Automaattinen ryhmittely
TMainForm.LayerAutoGroup.Hint=Ryhmittelee automaattisesti toisiinsa kytkeytyneet kontrollipinnat uudelle tasolle.
TMainForm.NewLayer.Caption=Uusi
TMainForm.NewLayer.Hint=Lisää malliin uuden tyhjän tason.
TMainForm.Delete.Caption=Poista
TMainForm.Delete.Hint=Poistaa kaikki valitut objektit.
TMainForm.EdgeCollapse.Caption=Luhista
TMainForm.EdgeCollapse.Hint=Poistaa reunan sulauttamalla kaksi toisiinsa kytkeytyvää pintaa yhdeksi uudeksi pinnaksi.
TMainForm.NewEdge.Caption=Sijoita
TMainForm.NewEdge.Hint=Jakaa pinnan kahdeksi sijoittamalla uuden reunan valittujen pisteide väliin.
TMainForm.EdgeCrease.Caption=Käänne
TMainForm.EdgeCrease.Hint=Vaihtaa valitut reunat normaaliksi tai käännereunaksi(terävä palle).
TMainForm.DeselectAll.Caption=Hylkää kaikki valinnat
TMainForm.PointCollapse.Caption=Luhista
TMainForm.PointCollapse.Hint=Sulauttaa valitut reunat poistamalla niiden yhteisen kontrollipisteen.
TMainForm.ActiveLayerColor.Caption=Aktiivisen tason väri
TMainForm.ActiveLayerColor.Hint=Vaihtaa aktiivisen tason väriä.
TMainForm.DeleteEmptyLayers.Caption=Poista tyhjät
TMainForm.DeleteEmptyLayers.Hint=Poistaa mallista tyhjät tasot.
TMainForm.LayerDialog.Caption=Keskustelu
TMainForm.LayerDialog.Hint=Näyttää tason ominaisuuksien keskusteluikkunan.
TMainForm.NewModel.Caption=Uusi...
TMainForm.NewModel.Hint=Aloittaa uuden mallin suunnittelun.
TMainForm.ShowStations.Caption=Kaaret
TMainForm.ShowStations.Hint=Vaihtaa kaaret näkyviin tai pois.
TMainForm.ShowButtocks.Caption=Vertikaalit
TMainForm.ShowButtocks.Hint=Vaihtaa vertikaalit näkyviin tai pois.
TMainForm.ShowWaterlines.Caption=Vesilinjat
TMainForm.ShowWaterlines.Hint=Vaihtaa vesilinjat näkyviin tai pois.
TMainForm.NewFace.Caption=Uusi
TMainForm.NewFace.Hint=Luo uuden kontrollipinnan valituista kontrollipisteistä.
TMainForm.IntersectionDialog.Caption=Leikkaukset...
TMainForm.IntersectionDialog.Hint=Tässä ikkunassa voit lisätä kaaria, vertikaaleja, vesilinjoja ja diagonaaleja.
TMainForm.EdgeExtrude.Caption=Pursota...
TMainForm.EdgeExtrude.Hint=Luo uusia kontrollipintoja pursottamalla valitut rajareunat.
TMainForm.EdgeSplit.Caption=Jako
TMainForm.EdgeSplit.Hint=Luo uusia kontrollipisteitä jakamalla kontrollireunan kahtia.
TMainForm.EditProjectSettings.Caption=Projektin asetukset
TMainForm.CheckModel.Caption=Tarkasta malli
TMainForm.CheckModel.Hint=Tarkastaa mallin virheiden ja epäjatkuvuuksien varalta.
TMainForm.ShowNormals.Caption=Normaalit
TMainForm.ShowNormals.Hint=Näyttää valittujen kontrollipintojen normaalit.
TMainForm.DesignHydrostatics.Caption=Suunniteltu hydrostatiikka
TMainForm.DesignHydrostatics.Hint=Laskee hydrostatiikan suunnitteluarvoin.
TMainForm.ImportVRML.Caption=VRML...
TMainForm.ImportVRML.Hint=Tuo VRML 1.0 tiedosto.
TMainForm.RemoveNegative.Caption=Poista negatiiviset
TMainForm.RemoveNegative.Hint=Poistaa kaikki pinnat rungon oikeasta puoliskosta.
TMainForm.RotateModel.Caption=Pyöritä...
TMainForm.RotateModel.Hint=Pyörittää valittuja objekteja.
TMainForm.ScaleModel.Caption=Mittakaava...
TMainForm.ScaleModel.Hint=Skaalaa valitut objektit.
TMainForm.ShowGrid.Caption=Taustaruudukko
TMainForm.ShowGrid.Hint=Näyttää taustaruudukon.
TMainForm.Undo.Caption=Kumoa
TMainForm.Undo.Hint=Kumoaa edellisen muokkauksen.
TMainForm.HydrostaticsDialog.Caption=Hydrostatiikka...
TMainForm.HydrostaticsDialog.Hint=Laskee hydrostaatiset arvot syöttötiedoista.
TMainForm.ExportObj.Caption=Wavefront tiedosto (Obj)...
TMainForm.InvertFace.Caption=Käänteinen
TMainForm.InvertFace.Hint=Vaihtaa valittujen kontrollipintojen normaalien suunnat käänteisiksi.
TMainForm.Preferences.Caption=Valinnat
TMainForm.ImportBodyplan.Caption=Kaaripiirros...
TMainForm.ImportBodyplan.Hint=Tuo kaaripiirroksen ja sovittaa siihen pinnat.
TMainForm.ExportDXF3DPolylines.Caption=DXF 3D Polyline...
TMainForm.ExportDXF3DPolylines.Hint=Vie kaikki linjat 3D polyline-muodossa.
TMainForm.ExportDXFFaces.Caption=DXF 3D verkko...
TMainForm.ExportDXFFaces.Hint=Vie kaikki pinnat 3D DXF tiedostona.
TMainForm.ImportHullFile.Caption=Carlson .hul tiedosto...
TMainForm.ExportOffsets.Caption=Uloslyöntitaulukko...
TMainForm.MoveModel.Caption=Siirrä...
TMainForm.MoveModel.Hint=Siirtää koko mallia.
TMainForm.AddPoint.Caption=Lisää
TMainForm.AddPoint.Hint=Lisää malliin uuden kontrollipisteen.
TMainForm.DevelopLayers.Caption=Levitä levytys
TMainForm.ExportArchimedes.Caption=Archimedes...
TMainForm.ExportArchimedes.Hint=Vie kaaret Arcimedes-muodossa
TMainForm.ShowLinesplan.Caption=Linjapiirros
TMainForm.ShowDiagonals.Caption=Diagonaalit
TMainForm.ShowDiagonals.Hint=Vaihtaa diagonaalit näkyviin tai pois.
TMainForm.ShowMarkers.Caption=Merkkaajat
TMainForm.ShowMarkers.Hint=Näyttää merkkaajat.
TMainForm.DeleteMarkers.Caption=Poista kaikki merkkaajat
TMainForm.DeleteMarkers.Hint=Poistaa mallista kaikki merkkaajat.
TMainForm.ImportSurface.Caption=Pinta...
TMainForm.Showcurvature.Caption=Kaarevuus
TMainForm.Showcurvature.Hint=Näyttää leikkauslinjan kaarevuuden.
TMainForm.IncreaseCurvatureScale.Caption=Suurenna kaarevuusasteikkoa
TMainForm.IncreaseCurvatureScale.Hint=Kasvattaa kaarevuuskäyrän mittakaavaa
TMainForm.FileSave.Caption=Tallenna
TMainForm.FileSave.Hint=Tallentaa tiedoston kysymättä tiedostonimeä.
TMainForm.ImportChines.Caption=Palteet...
TMainForm.ShowControlCurves.Caption=Kontrollikaaret
TMainForm.ShowControlCurves.Hint=Näyttää kontrollikaaret.
TMainForm.NewCurve.Caption=Uusi
TMainForm.NewCurve.Hint=Lisää uuden kaaren valittuihin reunoihin.
TMainForm.InsertPlane.Caption=Lisää tasopinta...
TMainForm.InsertPlane.Hint=Lisää useita uusia pisteitä suunnattuun 3D-tasoon.
TMainForm.PointsLock.Caption=Lukitse pisteet
TMainForm.PointsLock.Hint=Lukitsee kaikki valitut kontrollipisteet.
TMainForm.PointsUnlock.Caption=Avaa lukitut pisteet
TMainForm.PointsUnlock.Hint=Avaa kaikki valitut lukitut kontrollipisteet.
TMainForm.PointsUnlockAll.Caption=Avaa kaikki pisteet
TMainForm.PointsUnlockAll.Hint=Avaa kaikki lukitut kontrollipisteet.
TMainForm.ImportMarkers.Caption=Tuo
TMainForm.ExportMichlet.Caption=Michlet...
TMainForm.ResistanceKaper.Caption=KAPER
TMainForm.PointAlign.Caption=Oikaise
TMainForm.PointAlign.Hint=Projisoi valitut pisteet suoralle linjalle ensimmäisen ja viimeisen valinnan välistä
TMainForm.ImportMichletWaves.Caption=Michlet aallot...
TMainForm.ShowHydrostatics.Caption=Hydrostaattiset ominaisuudet
TMainForm.ShowHydrostatics.Hint=Näyttää mallin hydrostaattisia avainarvoja.
TMainForm.MirrorFace.Caption=Peilaa...
TMainForm.TransformLackenby.Caption=Lackenby...
TMainForm.ExportIGES.Caption=IGES
TMainForm.ExportPart.Caption=Osa...
TMainForm.ImportPart.Caption=Osa...
TMainForm.LayerIntersection.Caption=Leikkaavat tasot...
TMainForm.LayerIntersection.Hint=Etsii kahden tason leikkauskohdan.
TMainForm.KeelRudderWizard.Caption=Köli- ja peräsinvelho
TMainForm.KeelRudderWizard.Hint=Luo oletuskölin tai -peräsimen.
TMainForm.Redo.Caption=Tee uudelleen
TMainForm.Redo.Hint=Kumoaa edellisen kumoa-käskyn.
TMainForm.ClearUndo.Caption=Tyhjennä
TMainForm.ShowUndoHistory.Caption=Selaa...
TMainForm.ImportPolyCad.Caption=PolyCad
TMainForm.RemoveUnusedPoints.Caption=Poista käyttämättömät pisteet
TMainForm.ExportGHS.Caption=GHS
TMainForm.ShowFlowlines.Caption=Virtauslangat
TMainForm.ShowFlowlines.Hint=Näyttää virtauslangat rungon ympärillä.
TMainForm.AddCylinder.Caption=Lisää sylinteri...
TMainForm.File1.Caption=Tiedosto
TMainForm.Import1.Caption=Tuo
TMainForm.Export1.Caption=Vie
TMainForm.RecentFiles.Caption=Viimeisimmät tiedostot
TMainForm.Project1.Caption=Projekti
TMainForm.Edit1.Caption=Muokkaa
TMainForm.Undohistory1.Caption=Kumoa-historia
TMainForm.Point1.Caption=Piste
TMainForm.Edge1.Caption=Reuna
TMainForm.Curve1.Caption=Kaari
TMainForm.Face1.Caption=Pinta
TMainForm.Layer1.Caption=Taso
TMainForm.Visibility1.Caption=Näkyvyys
TMainForm.Selection1.Caption=Valinta
TMainForm.ools1.Caption=Työkalut
TMainForm.Markers2.Caption=Mallipiirros
TMainForm.ransform1.Caption=Muuta
TMainForm.Calculations1.Caption=Laskennat
TMainForm.Resistance1.Caption=Vastus
TMainForm.Window1.Caption=Ikkuna
TMainForm.About1.Caption=Ohjelmasta
TMainForm.ResistanceOST.Caption=OCT 5.0181-75 and other for displacement ships
TMainForm.SelectAll.Caption=Select all
TMainForm.ExportSTL.Caption=STL...
TMainForm.CrossCurves.Caption=Cross curves
TMainForm.PropellerTask1.Caption=Design of propellers
TMainForm.PropTask1.Caption=Design optimal propeller for engine selection
TMainForm.PropTask2.Caption=Design propeller's elements and velocity for selected engine
TMainForm.PropTask3.Caption=Calculation of pasport diagram
TMainForm.ResistancePlaning.Caption=Calculation for planing ships
TMainForm.PropellerRvrs.Caption=Maneuverability ship tasks
TMainForm.PropTaskRvrs.Caption=Acceleration, free and active brake of ships
TMainForm.ResistanceHollen.Caption=Method Hollenbach-1998 for cargo ships
TMainForm.ResistanceDelft.Caption=Delft yacht series or Holtrop-88 for sea ships
TMainForm.ResistanceHoltr.Caption=Holtrop-1988(84) method for sea ships
TMainForm.PropTask4.Caption=Wageningen B-Screw Series Propeller Preliminary Design
TMainForm.HydrodynManeuv.Caption=Evaluation of Turning Ability and Stability. Turning Prediction.
TMainForm.PropTask5.Caption=Calculation of Open Water Characteristics of B Series Propeller
TMainForm.HydrodynTask.Caption=Hydro and aerodynamics characteristics of a ship
TMainForm.AddMassCFD1.Caption=Export hull geometry and calculation added masses
TMainForm.HydrodynTask2.Caption=Aerodynamics characteristics
TMainForm.HydrodynTask3.Caption=Position hull characteristics
TMainForm.HydrodynTask4.Caption=Rotation hull characteristics

[TFreeKeelWizardDialog]
TFreeKeelWizardDialog.Caption=Köli- ja peräsinvelho
TFreeKeelWizardDialog.Label1.Caption=Lisäystapa
TFreeKeelWizardDialog.Label2.Caption=Sivukuvan muoto
TFreeKeelWizardDialog.Label3.Caption=Tyvijänteen pituus
TFreeKeelWizardDialog.Label4.Caption=Kärkijänteen pituus
TFreeKeelWizardDialog.Label5.Caption=Jänneväli
TFreeKeelWizardDialog.Label6.Caption=Deltakärki
TFreeKeelWizardDialog.Label17.Caption=Köliprofiili
TFreeKeelWizardDialog.Label26.Caption=Pisteitä pystysuuntaan
TFreeKeelWizardDialog.Label27.Caption=Pisteitä vaakasuuntaan
TFreeKeelWizardDialog.Label28.Caption=Pystypakkaus
TFreeKeelWizardDialog.ComboBox.Items[0]=Köli
TFreeKeelWizardDialog.ComboBox.Items[1]=Peräsin
TFreeKeelWizardDialog.ComboBox1.Items[0]=Trapetsimainen
TFreeKeelWizardDialog.ComboBox1.Items[1]=Puolielliptinen
TFreeKeelWizardDialog.ComboBox1.Items[2]=Neljänneselliptinen
TFreeKeelWizardDialog.ComboBox1.Items[3]=Suora neljännesjänne
TFreeKeelWizardDialog.GroupBox1.Caption=Ominaisuudet
TFreeKeelWizardDialog.Label7.Caption=Sivukuvan ala
TFreeKeelWizardDialog.Label9.Caption=Sivukuvan PP
TFreeKeelWizardDialog.Label11.Caption=Keskim. jänteen pituus
TFreeKeelWizardDialog.Label13.Caption=Geometrinen sivusuhde
TFreeKeelWizardDialog.Label15.Caption=Tehollinen sivusuhde
TFreeKeelWizardDialog.Label18.Caption=Tilavuus
TFreeKeelWizardDialog.Label20.Caption=Tilavuuden PP
TFreeKeelWizardDialog.Label22.Caption=Märkäpinta
TFreeKeelWizardDialog.Label24.Caption=Paksuus
TFreeKeelWizardDialog.TabSheet1.Caption=3D-näkymä
TFreeKeelWizardDialog.TabSheet2.Caption=Noste ja vastus
TFreeKeelWizardDialog.BitBtn1.Caption=OK
TFreeKeelWizardDialog.BitBtn2.Caption=Peruuta
TFreeKeelWizardDialog.SpeedButton1.Caption=Lähetä
TFreeKeelWizardDialog.SpeedButton2.Caption=Vie osana
TFreeKeelWizardDialog.TabSheet3.Caption=Keel or rudder
TFreeKeelWizardDialog.TabSheet4.Caption=Bulb
TFreeKeelWizardDialog.Label8.Caption=Type of bulb
TFreeKeelWizardDialog.Label12.Caption=Wing section
TFreeKeelWizardDialog.Label14.Caption=Bulb length
TFreeKeelWizardDialog.Label16.Caption=No. horizontal points
TFreeKeelWizardDialog.Label21.Caption=Specific weight
TFreeKeelWizardDialog.Label23.Caption=Vertical compression
TFreeKeelWizardDialog.Label25.Caption=Delta tip
TFreeKeelWizardDialog.Label29.Caption=Bulb weight
TFreeKeelWizardDialog.Label10.Caption=Wing width
TFreeKeelWizardDialog.Label19.Caption=Bulb's material
TFreeKeelWizardDialog.InputShape.Items[0]=No bullb
TFreeKeelWizardDialog.InputShape.Items[1]=Round profile
TFreeKeelWizardDialog.InputShape.Items[2]=Wing
TFreeKeelWizardDialog.InputShape.Items[3]=Round wing
TFreeKeelWizardDialog.Button1.Caption=Calc
TFreeKeelWizardDialog.Button2.Caption=Calc
TFreeKeelWizardDialog.InputMaterial.Items[0]=Plumbum
TFreeKeelWizardDialog.InputMaterial.Items[1]=Cast iron
TFreeKeelWizardDialog.InputMaterial.Items[2]=Wolfram
TFreeKeelWizardDialog.InputMaterial.Items[3]=Set density

[TFreeSplashWindow]
TFreeSplashWindow.Label3.Caption=FREE!ship toimitetaan EHDOTTOMASTI ILMAN MITÄÄN TAKUUTA. Tämä on vapaa ohjelmistotuote, jota voit edelleenlevittää GNU General Public License (GPL) Versio 2, kesäkuu 1991 ehdoin.

[TFreeExpanedplatesDialog]
TFreeExpanedplatesDialog.Label1.Caption=Minimi reunavirhe
TFreeExpanedplatesDialog.Label3.Caption=Maksimi reunavirhe
TFreeExpanedplatesDialog.Label5.Caption=Osan nimi
TFreeExpanedplatesDialog.Label7.Caption=Pyöritys
TFreeExpanedplatesDialog.Label8.Caption=Iteraatioiden määrä
TFreeExpanedplatesDialog.Label10.Caption=X verkon väli
TFreeExpanedplatesDialog.Label11.Caption=Y verkon väli
TFreeExpanedplatesDialog.Label15.Caption=Maksimi pinta-alavirhe
TFreeExpanedplatesDialog.Label17.Caption=Kokonaispinta-alavirhe
TFreeExpanedplatesDialog.CheckBox1.Caption=Peilaa
TFreeExpanedplatesDialog.ToolButton22.Hint=Sulkee tämän ikkunan.
TFreeExpanedplatesDialog.RotateCCW1.Hint=Pyörittää osaa 1 asteen vastapäivään.
TFreeExpanedplatesDialog.RotateCCW5.Hint=Pyörittää osaa 5 astetta vastapäivään.
TFreeExpanedplatesDialog.RotateCCW90.Hint=Pyörittää osaa 90 astetta vastapäivään.
TFreeExpanedplatesDialog.RotateCW1.Hint=Pyörittää osaa 1 asteen myötäpäivään.
TFreeExpanedplatesDialog.RotateCW5.Hint=Pyörittää osaa 5 astetta myötäpäivään.
TFreeExpanedplatesDialog.RotateCW90.Hint=Pyörittää osaa 90 astetta myötäpäivään.
TFreeExpanedplatesDialog.ZoomExtents.Caption=Kokonaan
TFreeExpanedplatesDialog.ZoomExtents.Hint=Zoomaa koko mallin.
TFreeExpanedplatesDialog.SaveBitmap.Caption=Tallenna bittikartta
TFreeExpanedplatesDialog.SaveBitmap.Hint=Tallentaa nykyisen piirroksen bittikarttana.
TFreeExpanedplatesDialog.ZoomIn.Caption=ZoomLähelle
TFreeExpanedplatesDialog.ZoomIn.Hint=Zoomaa lähemmäksi
TFreeExpanedplatesDialog.ZoomOut.Caption=ZoomKauas
TFreeExpanedplatesDialog.ZoomOut.Hint=Zoomaa kauemmaksi.
TFreeExpanedplatesDialog.ExportDXF.Caption=DXF
TFreeExpanedplatesDialog.ExportDXF.Hint=Vie näkyvät levyt DXF-tiedostona.
TFreeExpanedplatesDialog.ShowStations.Caption=Kaaret
TFreeExpanedplatesDialog.ShowStations.Hint=Näyttää kaarien paikat levitetyissä levyissä.
TFreeExpanedplatesDialog.ShowButtocks.Caption=Vertikaalit
TFreeExpanedplatesDialog.ShowButtocks.Hint=Näyttää vertikaalien paikat levitetyissä levyissä.
TFreeExpanedplatesDialog.ShowWaterlines.Caption=Vesilinjat
TFreeExpanedplatesDialog.ShowWaterlines.Hint=Näyttää vesilinjojen paikat levitetyissä levyissä.
TFreeExpanedplatesDialog.ShowInteriorEdges.Caption=Sisäpuoliset reunat
TFreeExpanedplatesDialog.ShowInteriorEdges.Hint=Näyttää sisäpuoliset reunat.
TFreeExpanedplatesDialog.ShowFillColor.Caption=Täyttö
TFreeExpanedplatesDialog.ShowFillColor.Hint=Näyttää levyt täyttövärillä.
TFreeExpanedplatesDialog.ShowErrorEdges.Caption=NäytäVirheReunat
TFreeExpanedplatesDialog.ShowErrorEdges.Hint=Korostaa puristetut tai venytetyt reunat.
TFreeExpanedplatesDialog.ShowDiagonals.Caption=Diagonaalit
TFreeExpanedplatesDialog.ShowDiagonals.Hint=Näyttää diagonaalit levitetyssä levyssä.
TFreeExpanedplatesDialog.Print.Caption=Tulosta
TFreeExpanedplatesDialog.Print.Hint=Lähettää levitetyt levyt tulostimelle tai plotterille.
TFreeExpanedplatesDialog.ShowDimensions.Caption=NäytäMitoitus
TFreeExpanedplatesDialog.ShowDimensions.Hint=Näyttää mitoituksen verkon risteyskohdissa.
TFreeExpanedplatesDialog.ShowPartName.Caption=Osan nimi
TFreeExpanedplatesDialog.ShowPartName.Hint=Näyttää jokaisen levitetyn osan nimen.
TFreeExpanedplatesDialog.ShowSubmergedArea.Caption=ShowSubmergedArea
TFreeExpanedplatesDialog.ShowSubmergedArea.Hint=Show the submerged surface areas in a different color.
TFreeExpanedplatesDialog.Caption=Develope plates
TFreeExpanedplatesDialog.ExportTextFile.Caption=TXT
TFreeExpanedplatesDialog.ExportTextFile.Hint=Export plates to a TXT file.

[TFreeExtrudeDialog]
TFreeExtrudeDialog.Caption=Pursotusvektori
TFreeExtrudeDialog.Label1.Caption=Pituussuunta
TFreeExtrudeDialog.Label2.Caption=Poikittaissuunta
TFreeExtrudeDialog.Label4.Caption=Pystysuunta
TFreeExtrudeDialog.BitBtn1.Caption=OK
TFreeExtrudeDialog.BitBtn2.Caption=Peruuta

[TFreeHullWindow]
TFreeHullWindow.Caption=Perspektiivinäkymä
TFreeHullWindow.View1.Caption=Näkymä
TFreeHullWindow.Zoom1.Caption=Zoom
TFreeHullWindow.Camera1.Caption=Kamera
TFreeHullWindow.Mode1.Caption=Esitystapa
TFreeHullWindow.Backgroundimage2.Caption=Taustakuva
TFreeHullWindow.StandardLens.Caption=Standardi linssi 50mm.
TFreeHullWindow.WideLens.Caption=Laajakulmalinssi 28 mm.
TFreeHullWindow.ShortTeleLens.Caption=Lyhyt telelinssi 90 mm.
TFreeHullWindow.MediumTeleLens.Caption=Keskipitkä telelinssi 130 mm.
TFreeHullWindow.LongTeleLens.Caption=Pitkä telelinssi 200 mm.
TFreeHullWindow.ViewBodyPlan.Caption=Kaaripiirros
TFreeHullWindow.ViewProfile.Caption=Sivunäkymä
TFreeHullWindow.ViewPlan.Caption=Vesiviivanäkymä
TFreeHullWindow.ViewPerspective.Caption=Perspektiivinäkymä
TFreeHullWindow.ZoomIn.Caption=ZoomLähelle
TFreeHullWindow.ZoomExtents.Caption=Kokonaan
TFreeHullWindow.ZoomOut.Caption=ZoomKauas
TFreeHullWindow.DeselectAll.Caption=Poista kaikki valinnat     Esc
TFreeHullWindow.Print.Caption=Tulosta
TFreeHullWindow.ShowWireFrame.Caption=Lankamalli
TFreeHullWindow.ShowFlatShade.Caption=Varjostettu
TFreeHullWindow.ShowGaussCurvature.Caption=Gaussin käyrä
TFreeHullWindow.ShowDevelopablity.Caption=Levitettävyyden tarkistus
TFreeHullWindow.SaveAsBitmap.Caption=Tallenna kuva
TFreeHullWindow.ShadeZebra.Caption=Seepravarjostus
TFreeHullWindow.ImportBackGround.Caption=Lataa
TFreeHullWindow.BackgroundOrigin.Caption=Origin
TFreeHullWindow.BackgroundScale.Caption=Anna mittakaava
TFreeHullWindow.BackgroundTransparentColor.Caption=Läpikuultava väri
TFreeHullWindow.Backgroundclear.Caption=Tyhjennä
TFreeHullWindow.BackgroundBlending.Caption=Sekoita
TFreeHullWindow.BackgroundExport.Caption=Tallenna
TFreeHullWindow.BackgroundTolerance.Caption=Toleranssi
TFreeHullWindow.BackgroundVisible.Caption=Näkyvä

[TFreeHydrostaticsDialog]
TFreeHydrostaticsDialog.Caption=Hydrostaattiset tulokset
TFreeHydrostaticsDialog.SpeedButton1.Caption=Tulosta
TFreeHydrostaticsDialog.SpeedButton2.Caption=Tallenna
TFreeHydrostaticsDialog.Button1.Caption=Sulje

[TFreeHydrostaticsForm]
TFreeHydrostaticsForm.Caption=Hydrostatiikka
TFreeHydrostaticsForm.Button1.Caption=Sulje
TFreeHydrostaticsForm.Button2.Caption=Laske
TFreeHydrostaticsForm.Label2.Caption=Loppusyväys
TFreeHydrostaticsForm.Label3.Caption=Syväysaskel
TFreeHydrostaticsForm.Label4.Caption=Viippaus
TFreeHydrostaticsForm.Label1.Caption=Alkusyväys
TFreeHydrostaticsForm.Button2.Hint=Start the calculation.

[TFreeControlPointForm]
TFreeControlPointForm.Label1.Caption=X-koord.
TFreeControlPointForm.Label2.Caption=Y-koord.
TFreeControlPointForm.Label3.Caption=Z-koord.
TFreeControlPointForm.CheckBox1.Caption=Nurkka

[TFreeHydrostaticsResultsDialog]
TFreeHydrostaticsResultsDialog.Caption=Hydrostatiikka
TFreeHydrostaticsResultsDialog.SpeedButton1.Caption=Tulosta
TFreeHydrostaticsResultsDialog.SpeedButton2.Caption=Tallenna
TFreeHydrostaticsResultsDialog.Button1.Caption=Sulje

[TFreeInsertPlaneDialog]
TFreeInsertPlaneDialog.Caption=Lisää useita pisteitä
TFreeInsertPlaneDialog.GroupBox1.Caption=Lisää tasolle useita reunoja.
TFreeInsertPlaneDialog.Label1.Caption=Etäisyys
TFreeInsertPlaneDialog.Label2.Caption=Min. arvo
TFreeInsertPlaneDialog.Label5.Caption=Max. arvo
TFreeInsertPlaneDialog.RadioButton1.Caption=Poikittaistaso
TFreeInsertPlaneDialog.RadioButton2.Caption=Vaakataso
TFreeInsertPlaneDialog.RadioButton3.Caption=Pystytaso
TFreeInsertPlaneDialog.CheckBox1.Caption=Lisää kontrollikaari
TFreeInsertPlaneDialog.BitBtn1.Caption=OK
TFreeInsertPlaneDialog.BitBtn2.Caption=Peruuta

[TFreeIntersectionDialog]
TFreeIntersectionDialog.Caption=Leikkaukset
TFreeIntersectionDialog.ViewStations.Caption=Kaaret
TFreeIntersectionDialog.ViewStations.Hint=Vaihtaa kaarien lisäys- ja katselutilan.
TFreeIntersectionDialog.ViewButtocks.Caption=Vertikaalit
TFreeIntersectionDialog.ViewButtocks.Hint=Vaihtaa vertikaalien lisäys- ja katselutilan.
TFreeIntersectionDialog.ViewWaterlines.Caption=Vesilinjat
TFreeIntersectionDialog.ViewWaterlines.Hint=Vaihtaa vesilinjojen lisäys- ja katselutilan.
TFreeIntersectionDialog.ViewDiagonals.Caption=Diagonaalit
TFreeIntersectionDialog.ViewDiagonals.Hint=Vaihtaa diagonaalien lisäys- ja katselutilan.
TFreeIntersectionDialog.CloseDialog.Caption=SuljeKeskustelu
TFreeIntersectionDialog.CloseDialog.Hint=Sulkee tämän keskustelun.
TFreeIntersectionDialog.AddOne.Caption=Lisää...
TFreeIntersectionDialog.AddOne.Hint=Lisää yhden.
TFreeIntersectionDialog.AddRange.Caption=Alue
TFreeIntersectionDialog.AddRange.Hint=Lisää sarjan.
TFreeIntersectionDialog.DeleteAll.Caption=Poista kaikki
TFreeIntersectionDialog.DeleteAll.Hint=Poistaa kaikki kaaret.

[TFreeIntersectLayerDialog]
TFreeIntersectLayerDialog.Caption=Leikkaavat tasot.
TFreeIntersectLayerDialog.BitBtn1.Caption=OK
TFreeIntersectLayerDialog.BitBtn2.Caption=Peruuta
TFreeIntersectLayerDialog.Label1.Caption=Lisää uusia pisteitä
TFreeIntersectLayerDialog.Label2.Caption=Etsi leikkaus

[TFreeLackenbyDialog]
TFreeLackenbyDialog.Caption=Lackenby runkomuodon muunnos.
TFreeLackenbyDialog.Label1.Caption=Uppouma
TFreeLackenbyDialog.Label2.Caption=Nykyinen
TFreeLackenbyDialog.Label3.Caption=Tavoite
TFreeLackenbyDialog.Label5.Caption=Blokkikerroin
TFreeLackenbyDialog.Label7.Caption=Prismaattinen täyteläisyys
TFreeLackenbyDialog.Label6.Caption=Uppouman pituussuun.keskipiste
TFreeLackenbyDialog.Label8.Caption=Ero
TFreeLackenbyDialog.Label10.Caption=Iterointien maksimimäärä
TFreeLackenbyDialog.Label11.Caption=Prismaatt. täyt. perässä
TFreeLackenbyDialog.Label13.Caption=Prismaatt. täyt. keulassa
TFreeLackenbyDialog.Label15.Caption=Maksimi uppouma
TFreeLackenbyDialog.CheckBox1.Caption=Piirrä uud. iteroinnin jälkeen
TFreeLackenbyDialog.Button1.Caption=Muunna
TFreeLackenbyDialog.Button1.Hint=Aloittaa runkomuodon muunnoksen.
TFreeLackenbyDialog.SpeedButton1.Caption=OK
TFreeLackenbyDialog.BitBtn2.Caption=Peruuta

[TFreeLayerDialog]
TFreeLayerDialog.Caption=Tasojen ominaisuudet.
TFreeLayerDialog.Label1.Caption=Nimi
TFreeLayerDialog.Label2.Caption=Väri
TFreeLayerDialog.Label3.Caption=Tiheys
TFreeLayerDialog.Label5.Caption=Paksuus
TFreeLayerDialog.CheckBox1.Caption=Levitettävä
TFreeLayerDialog.CheckBox2.Caption=Poikkileikkaukset
TFreeLayerDialog.CheckBox3.Caption=Käytä hydrostatiikassa
TFreeLayerDialog.GroupBox1.Caption=Pinnan ominaisuudet.
TFreeLayerDialog.Label7.Caption=Pinta-ala
TFreeLayerDialog.Label8.Caption=Paino
TFreeLayerDialog.Label9.Caption=Painopiste
TFreeLayerDialog.CheckBox4.Caption=Näytä linjapiirroksessa
TFreeLayerDialog.ToolButton20.Hint=Luo uuden tyhjän tason.
TFreeLayerDialog.ToolButton3.Hint=Poistaa kaikki tyhjät tasot mallista.
TFreeLayerDialog.MoveUp.Caption=Ylös
TFreeLayerDialog.MoveUp.Hint=Siirtää tasoa listalla ylöspäin.
TFreeLayerDialog.MoveDown.Caption=Alas
TFreeLayerDialog.MoveDown.Hint=Siirtää tasoa listalla alaspäin.
TFreeLayerDialog.ToolButton1.Caption=Valmis
TFreeLayerDialog.ToolButton1.Hint=Sulkee tämän ikkunan.
TFreeLayerDialog.Label4.Caption=Transparency
TFreeLayerDialog.CheckBox5.Caption=Symmetric
TFreeLayerDialog.CheckBox6.Caption=Set weight and coord. of CoG manually
TFreeLayerDialog.Label6_.Caption=Weight
TFreeLayerDialog.Label6_0.Caption=t
TFreeLayerDialog.Label6_1.Caption=Coordinates center of gravity,        :
TFreeLayerDialog.Label6_1_.Caption=m
TFreeLayerDialog.Label6_2.Caption=X:
TFreeLayerDialog.Label6_3.Caption=Y:
TFreeLayerDialog.Label6_4.Caption=Z:

[TFreeLinesplanFrame]
TFreeLinesplanFrame.ZoomExtents.Caption=Kokonaan
TFreeLinesplanFrame.ZoomExtents.Hint=Zoomaa koko mallin.
TFreeLinesplanFrame.SaveBitmap.Caption=Tallenna bittikartta
TFreeLinesplanFrame.SaveBitmap.Hint=Tallentaa linjapiirroksen bittikarttana.
TFreeLinesplanFrame.ZoomIn.Caption=ZoomLähelle
TFreeLinesplanFrame.ZoomIn.Hint=Zoomaa lähemmäksi.
TFreeLinesplanFrame.ZoomOut.Caption=ZoomKauas
TFreeLinesplanFrame.ZoomOut.Hint=Zoomaa kauemmaksi.
TFreeLinesplanFrame.ExportDXF.Caption=DXF
TFreeLinesplanFrame.ExportDXF.Hint=Vie formatoidun linjapiirroksen DXF-tiedostona.
TFreeLinesplanFrame.ShowFillColor.Caption=Täyttö
TFreeLinesplanFrame.ShowFillColor.Hint=Näyttää levyt täyttövärillä.
TFreeLinesplanFrame.Print.Caption=Tulosta
TFreeLinesplanFrame.Print.Hint=Lähettää linjapiirroksen tulostimelle.
TFreeLinesplanFrame.UseLights.Caption=Käytä valaistusta
TFreeLinesplanFrame.UseLights.Hint=Käyttää valaistusta täyttöväritilassa.
TFreeLinesplanFrame.ShowMonochrome.Caption=Monochrome
TFreeLinesplanFrame.ShowMonochrome.Hint=Piirtää linjapiirroksen mustavalkoisena.
TFreeLinesplanFrame.MirrorPlanView.Caption=PeilaaVesilinjat
TFreeLinesplanFrame.MirrorPlanView.Hint=Näyttää mallin molemmat puolet vesilinjapiirroksessa.

[TFreeMichletOutputDialog]
TFreeMichletOutputDialog.Caption=Michlet-tiedostogeneraattori.
TFreeMichletOutputDialog.OKbutton.Caption=OK
TFreeMichletOutputDialog.CancelButton.Caption=Peruuta
TFreeMichletOutputDialog.TabSheet1.Caption=Rungon geometria
TFreeMichletOutputDialog.Label1.Caption=Kaarien lukumäärä (5-81)
TFreeMichletOutputDialog.Label2.Caption=Vesilinjojen lukumäärä (5-81)
TFreeMichletOutputDialog.Label3.Caption=Syväys
TFreeMichletOutputDialog.Label4.Caption=Pituus
TFreeMichletOutputDialog.Label5.Caption=Tilavuus
TFreeMichletOutputDialog.GroupBox3.Caption=Runkomuodon määrittely.
TFreeMichletOutputDialog.Label14.Caption=Runkojen keskilinjojen etäisyys:
TFreeMichletOutputDialog.RadioButton1.Caption=Yksirunkoinen
TFreeMichletOutputDialog.RadioButton2.Caption=Yksirunkoinen, lähetä katamaraanina
TFreeMichletOutputDialog.RadioButton3.Caption=katamaraani
TFreeMichletOutputDialog.TabSheet3.Caption=Ympäristö
TFreeMichletOutputDialog.Label6.Caption=Vetovoimakiihtyvyys g
TFreeMichletOutputDialog.Label7.Caption=Veden tiheys
TFreeMichletOutputDialog.Label10.Caption=Veden kinemaattinen viskositeetti
TFreeMichletOutputDialog.Label12.Caption=Veden syvyys
TFreeMichletOutputDialog.TabSheet2.Caption=Vastus
TFreeMichletOutputDialog.Label21.Caption=Alkunopeus
TFreeMichletOutputDialog.Label22.Caption=[solmua]
TFreeMichletOutputDialog.Label23.Caption=Loppunopeus
TFreeMichletOutputDialog.Label24.Caption=[solmua]
TFreeMichletOutputDialog.Label27.Caption=Nopeuksien määrä (2-100)
TFreeMichletOutputDialog.Group1.Caption=Pintavastuksen menetelmä.
TFreeMichletOutputDialog.Group1.Items[0]=Ei mitään
TFreeMichletOutputDialog.Group1.Items[1]=ITTC 1957
TFreeMichletOutputDialog.Group1.Items[2]=Grigson
TFreeMichletOutputDialog.TabSheet4.Caption=Aallot
TFreeMichletOutputDialog.GroupBox1.Caption=Sektorimainen leikkaus.
TFreeMichletOutputDialog.GroupBox2.Caption=Nelikulmainen leikkaus.
TFreeMichletOutputDialog.SaveFile.Caption=Tallenna

[TFreeMirrorPlaneDialog]
TFreeMirrorPlaneDialog.Caption=Peilaa
TFreeMirrorPlaneDialog.GroupBox1.Caption=3D Peilaustaso.
TFreeMirrorPlaneDialog.Label1.Caption=Etäisyys
TFreeMirrorPlaneDialog.RadioButton1.Caption=Poikittaistaso
TFreeMirrorPlaneDialog.RadioButton2.Caption=Vaakataso
TFreeMirrorPlaneDialog.RadioButton3.Caption=Pystytaso
TFreeMirrorPlaneDialog.CheckBox1.Caption=Kiinnitä olemassaoleviin pisteisiin
TFreeMirrorPlaneDialog.BitBtn1.Caption=OK
TFreeMirrorPlaneDialog.BitBtn2.Caption=Peruuta

[TFreeNewModelDialog]
TFreeNewModelDialog.Caption=Uusi malli.
TFreeNewModelDialog.BitBtn1.Caption=OK
TFreeNewModelDialog.BitBtn2.Caption=Peruuta
TFreeNewModelDialog.Label1.Caption=Pisteitä pituussuunnassa
TFreeNewModelDialog.Label2.Caption=Pisteitä pystysuunnassa
TFreeNewModelDialog.Label3.Caption=Pituus
TFreeNewModelDialog.Label4.Caption=Leveys
TFreeNewModelDialog.Label5.Caption=Syväys
TFreeNewModelDialog.Label6.Caption=Yksiköt
TFreeNewModelDialog.ComboBox1.Items[0]=Metriä
TFreeNewModelDialog.ComboBox1.Items[1]=Jalkaa

[TFreePreferencesDialog]
TFreePreferencesDialog.Caption=Valinnat.
TFreePreferencesDialog.SpeedButton1.Caption=OK
TFreePreferencesDialog.SpeedButton2.Caption=Peruuta
TFreePreferencesDialog.Label1.Caption=Näkymäikkunan tausta
TFreePreferencesDialog.Label2.Caption=Uudet pinnat
TFreePreferencesDialog.Label3.Caption=Vedenalaiset pinnat
TFreePreferencesDialog.Label4.Caption=Tavalliset kontrollireunat
TFreePreferencesDialog.Label5.Caption=Käännereuna (kontrolli)
TFreePreferencesDialog.Label6.Caption=Käännereuna (sisäpuolinen)
TFreePreferencesDialog.Label7.Caption=Tavalliset kontrollipisteet
TFreePreferencesDialog.Label8.Caption=Käännepisteet
TFreePreferencesDialog.Label9.Caption=Nurkkapisteet
TFreePreferencesDialog.Label10.Caption=Nuolipisteet
TFreePreferencesDialog.Label11.Caption=Valitut Objektit
TFreePreferencesDialog.Label12.Caption=Näkymäikkunan ruudukko
TFreePreferencesDialog.Label13.Caption=Ruudukon fontti
TFreePreferencesDialog.Label14.Caption=Poikittaiskaaret
TFreePreferencesDialog.Label15.Caption=Vertikaalit
TFreePreferencesDialog.Label16.Caption=Vesilinjat
TFreePreferencesDialog.Label17.Caption=Kontrollipisteen koko
TFreePreferencesDialog.Label18.Caption=Pintojen normaalit
TFreePreferencesDialog.Label19.Caption=Diagonaalit
TFreePreferencesDialog.Label20.Caption=Vuotopisteet
TFreePreferencesDialog.Label21.Caption=Merkkaajat
TFreePreferencesDialog.Label22.Caption=Kaarevuuskäyrät
TFreePreferencesDialog.Label23.Caption=Kontrollikaaret
TFreePreferencesDialog.Label24.Caption=Hydrostatiikan fontin väri
TFreePreferencesDialog.Label25.Caption=Seepra-raitojen väri
TFreePreferencesDialog.Label26.Caption=Kieli
TFreePreferencesDialog.Label27.Caption=Maksimi kumoa-muisti (Mb)
TFreePreferencesDialog.BitBtn2.Caption=Peruuta
TFreePreferencesDialog.BitBtn1.Caption=OK
TFreePreferencesDialog.SpeedButton3.Caption=Oletusarvot

[TFREEProjectSettingsDialog]
TFREEProjectSettingsDialog.Caption=Projektin asetukset.
TFREEProjectSettingsDialog.TabSheet1.Caption=Yleiset
TFREEProjectSettingsDialog.Label1.Caption=Projektin nimi
TFREEProjectSettingsDialog.Label7.Caption=Suunnittelija
TFREEProjectSettingsDialog.Label8.Caption=Yksiköt
TFREEProjectSettingsDialog.Label15.Caption=Kommentit
TFREEProjectSettingsDialog.Label16.Caption=Tiedoston loi
TFREEProjectSettingsDialog.CheckBox1.Caption=Varjosta vedenalaiset
TFREEProjectSettingsDialog.Unitbox.Items[0]=Metrinen
TFREEProjectSettingsDialog.Unitbox.Items[1]=Imperial
TFREEProjectSettingsDialog.CheckBox4.Caption=Tallenna esikatselukuva
TFREEProjectSettingsDialog.CheckBox10.Caption=Yksinkertaista leikkaukset
TFREEProjectSettingsDialog.TabSheet3.Caption=Päämitat
TFREEProjectSettingsDialog.Label2.Caption=Pituus
TFREEProjectSettingsDialog.Label3.Caption=Leveys
TFREEProjectSettingsDialog.Label4.Caption=Syväys
TFREEProjectSettingsDialog.Label13.Caption=Pääkaaren sijainti
TFREEProjectSettingsDialog.CheckBox2.Caption=Oletussijainti 0.5*L
TFREEProjectSettingsDialog.TabSheet2.Caption=Hydrostatiikka
TFREEProjectSettingsDialog.Label5.Caption=Veden tiheys
TFREEProjectSettingsDialog.Label6.Caption=Lisäyskerroin
TFREEProjectSettingsDialog.Label17.Caption=Kertoimet perustuvat
TFREEProjectSettingsDialog.GroupBox1.Caption=Näytä Hydrostaattiset ominaisuudet.
TFREEProjectSettingsDialog.Label18.Caption=Valitse, mitkä seuraavista ominaisuuksista
TFREEProjectSettingsDialog.Label19.Caption=haluat näkyvän mallissa:
TFREEProjectSettingsDialog.CheckBox5.Caption=Uppouma ja uppouman painopiste
TFREEProjectSettingsDialog.CheckBox6.Caption=Kaarialakäyrä
TFREEProjectSettingsDialog.CheckBox7.Caption=Metasentrin korkeus
TFREEProjectSettingsDialog.CheckBox8.Caption=Pituussuunt. kelluvuuskeskipiste
TFREEProjectSettingsDialog.CheckBox9.Caption=Lateraalipinnan ala ja painopiste
TFREEProjectSettingsDialog.ComboBox1.Items[0]=Projektin asetusmittoihin
TFREEProjectSettingsDialog.ComboBox1.Items[1]=Todellisiin vedenalaisten osien mittoihin
TFREEProjectSettingsDialog.CheckBox3.Caption=Estä pintojen tarkastus
TFREEProjectSettingsDialog.BitBtn1.Caption=OK
TFREEProjectSettingsDialog.BitBtn2.Caption=Peruuta
TFREEProjectSettingsDialog.Label25.Caption=Water temperature,°C

[TFreeResistance_Delft]
TFreeResistance_Delft.Caption=Purjeveneiden vastukset
TFreeResistance_Delft.General.Caption=Yleiset
TFreeResistance_Delft.GroupBox1.Caption=Yleiset
TFreeResistance_Delft.Label1.Caption=Alkunopeus
TFreeResistance_Delft.Label2.Caption=Loppunopeus
TFreeResistance_Delft.Label3.Caption=Askel
TFreeResistance_Delft.Label4.Caption=Veden tiheys
TFreeResistance_Delft.Label5.Caption=Viskositeetti
TFreeResistance_Delft.GroupBox2.Caption=Runko
TFreeResistance_Delft.Label13.Caption=Märkäpinta
TFreeResistance_Delft.Label20.Caption=Kokonaissyväys
TFreeResistance_Delft.Label21.Caption=Rungon syväys
TFreeResistance_Delft.Label22.Caption=Vesilinjaleveys
TFreeResistance_Delft.Label23.Caption=Vesilinjapituus
TFreeResistance_Delft.Label24.Caption=Prismaatt. täyteläisyys
TFreeResistance_Delft.Label25.Caption=LCB
TFreeResistance_Delft.Label26.Caption=Uppouma
TFreeResistance_Delft.Label27.Caption=Vesilinjan pinta-ala
TFreeResistance_Delft.EstimateBox.Caption=Käytä arviota
TFreeResistance_Delft.CheckBox2.Caption=Käytä nykyisen rungon tietoja
TFreeResistance_Delft.GroupBox3.Caption=Köli
TFreeResistance_Delft.Label28.Caption=Märkäpinta
TFreeResistance_Delft.Label29.Caption=Keskim. jänteen pituus
TFreeResistance_Delft.GroupBox4.Caption=Peräsin
TFreeResistance_Delft.Label6.Caption=Keskim. jänteen pituus
TFreeResistance_Delft.Label7.Caption=Märkäpinta
TFreeResistance_Delft.Results.Caption=Tulokset
TFreeResistance_Delft.ToolButton20.Hint=Aloittaa laskennan.
TFreeResistance_Delft.PrintButton.Hint=Tulostaa laskennaan tulokset.
TFreeResistance_Delft.ToolButton25.Hint=Sulkee ikkunan ja tallentaa muutokset.
TFreeResistance_Delft.ToolButton7.Hint=Sulkee ikkunan tallentamatta muutoksia.

[TFreeResistance_Kaper]
TFreeResistance_Kaper.Caption=Kaper-vastuslaskenta.
TFreeResistance_Kaper.PrintButton.Hint=Tulostaa laskennaan tulokset.
TFreeResistance_Kaper.ToolButton25.Hint=Sulkee ikkunan ja tallentaa muutokset.
TFreeResistance_Kaper.ToolButton7.Hint=Sulkee ikkunan tallentamatta muutoksia.
TFreeResistance_Kaper.TabSheet1.Caption=Yleiset
TFreeResistance_Kaper.Label2.Caption=Vesilinjapituus
TFreeResistance_Kaper.Label3.Caption=Leveys vesilinjassa
TFreeResistance_Kaper.Label4.Caption=Syväys
TFreeResistance_Kaper.Label6.Caption=Märkäpinta
TFreeResistance_Kaper.Label8.Caption=Cp
TFreeResistance_Kaper.Label13.Caption=Uppouma
TFreeResistance_Kaper.Label15.Caption=Puolikas keulakulma
TFreeResistance_Kaper.Label17.Caption=LCB
TFreeResistance_Kaper.Label19.Caption=Peräpeilin upotussuhde
TFreeResistance_Kaper.CheckBox2.Caption=Käytä nykyisen rungon tietoja
TFreeResistance_Kaper.TabSheet2.Caption=Tulokset

[TFreeRotateDialog]
TFreeRotateDialog.Caption=Pyöritys
TFreeRotateDialog.Label1.Caption=Pituusakseli
TFreeRotateDialog.Label2.Caption=Poikittaisakseli
TFreeRotateDialog.Label4.Caption=Pystyakseli
TFreeRotateDialog.OKButton.Caption=Ok
TFreeRotateDialog.OKButton.Hint=Sulkee keskustelun.
TFreeRotateDialog.CancelButton.Caption=Peruuta
TFreeRotateDialog.CancelButton.Hint=Peruuttaa toiminnon.

[TFreeSelectLayersDialog]
TFreeSelectLayersDialog.Caption=Valitse tasot.
TFreeSelectLayersDialog.CheckBox.Caption=Sisällytä pisteet,jotka on jaettu valitsemattomien tasojen kanssa
TFreeSelectLayersDialog.BitBtn1.Caption=OK
TFreeSelectLayersDialog.BitBtn2.Caption=Peruuta

[TFreeUndoHistoryDialog]
TFreeUndoHistoryDialog.Caption=Kumoa-historia.
TFreeUndoHistoryDialog.SpeedButton1.Caption=Valitse
TFreeUndoHistoryDialog.SpeedButton2.Caption=Peruuta

[TSaveImageDialog]
TSaveImageDialog.Caption=Tallenna kuva.
TSaveImageDialog.Label3.Caption=[pikseliä]
TSaveImageDialog.Label6.Caption=[pikseliä]
TSaveImageDialog.Label1.Caption=Leveys
TSaveImageDialog.Label2.Caption=Korkeus
TSaveImageDialog.Label4.Caption=Arvioitu koko
TSaveImageDialog.Label7.Caption=Tiedostonimi
TSaveImageDialog.BitBtn1.Caption=OK
TSaveImageDialog.BitBtn2.Caption=Peruuta

[TFreeBackgroundBlendDialog]
TFreeBackgroundBlendDialog.Caption=Taustan sekoitus.
TFreeBackgroundBlendDialog.Label1.Caption=Kuvan näkyvyys
TFreeBackgroundBlendDialog.BitBtn1.Caption=OK
TFreeBackgroundBlendDialog.BitBtn2.Caption=Peruuta

[TDXFExport2DDialog]
TDXFExport2DDialog.Caption=Vie leikkaukset DXF as 2D polyline-muodossa.
TDXFExport2DDialog.Label3.Caption=[pikseliä]
TDXFExport2DDialog.Label1.Caption=Viivasegmenttien max.pituus
TDXFExport2DDialog.Label7.Caption=Kohdehakemisto
TDXFExport2DDialog.SpeedButton1.Hint=Selaa kohdehakemisto
TDXFExport2DDialog.Label4.Caption=Vientiyksikkö
TDXFExport2DDialog.ComboBox1.Items[0]=Metreinä
TDXFExport2DDialog.ComboBox1.Items[1]=Senttimetreinä
TDXFExport2DDialog.ComboBox1.Items[2]=Millimeteinä
TDXFExport2DDialog.ComboBox1.Items[3]=Jalkoina
TDXFExport2DDialog.ComboBox1.Items[4]=Tuumina
TDXFExport2DDialog.CheckBox1.Caption=Luo yksittäiset tiedostot
TDXFExport2DDialog.BitBtn1.Caption=OK
TDXFExport2DDialog.BitBtn2.Caption=Peruuta

[TFreeCylinderDialog]
TFreeCylinderDialog.Caption=Lisää sylinteri.
TFreeCylinderDialog.Label1.Caption=Alkupiste
TFreeCylinderDialog.Label2.Caption=Loppupiste
TFreeCylinderDialog.Label4.Caption=Säde
TFreeCylinderDialog.Label3.Caption=Pisteitä
TFreeCylinderDialog.BitBtn1.Caption=OK
TFreeCylinderDialog.BitBtn2.Caption=Peruuta

[TFreeLinesplanForm]
TFreeLinesplanForm.Caption=Linjapiirros.

[Translation]
Author=Käännös: Jarmo Häkkinen

[User]
User0275=John Winters:in mukaan
User0131=Lisää sylinteri
User0130=Lisää virtauslanka
User0227=Lisää Useita vertikaaleja
User0233=Lisää useita diagonaaleja
User0224=Lisää useita poikittaiskaaria
User0230=Lisää useita vesilinjoja
User0226=Lisää yksi vertikaali
User0232=Lisää yksi diagonaali
User0223=Lisää yksi poikittaiskaari
User0229=Lisää yksi vesilinja
User0171=Aseta pisteet riviin
User0172=Kaikki valitut pisteet ovat lukittuja, eikä niitä voi siirtää
User0148=analysoi pinta
User0206=ja
User0188=ja ei voi avata tällä versiolla
User0051=Lisäyskerroin
User0087=Haluatko varmasti jatkaa?
User0143=Haluatko varmasti poistaa Kaikki merkkaajat?
User0173=Haluatko varmasti poistaa
User0068=Haluatko varmasti poistaa tämän taustakuvan?
User0282=Haluatko varmasti lopettaa
User0247=Haluatko varmasti poistaa valinnat?
User0034=Pinta-ala
User0166=Vähintään kaksi tasoa tarvitaan tämän toiminnon suorittamiseen.
User0260=Keskimääräinen jännepituus
User0219=Taustakuvan asetukset
User0184=Peruslinja
User0018=Vesilinjaleveys
User0047=Kokonaisleveys
User0007=Blokkikerroin
User0215=Kaaripiirros
User0059=Vertikaali
User0063=Vertikaalit
User0268=Bwl/Tc on kelpoisuusjoukon ulkopuolella
User0263=Lasketut muuttujat
User0245=Keskus
User0183=Keskilinja
User0209=Valitse hakemisto, johon haluat tallentaa dxf-tiedostot:
User0187=Sulje runko
User0160=Luhista piste
User0042=Huomautus
User0080=kontrollipinta(t) voidaan poistaa.
User0081=kontrollipiste(et) voidaan poistaa.
User0213=nurkka
User0199=Ei voi laskea raja-arvoa.
User0100=Ei voi viedä pintoja.
User0201=Ei voi löytää reunaa.
User0099=Ei voi löytää sisäpuolista pistettä!
User0176=Ei voi ladata valintoja seuraavasta sijainnista
User0133=Ei voi avata tiedostoa.
User0177=Ei voi tallentaa valintoja seuraavaan sijaintiin
User0271=Cp on kelpoisuusjoukon ulkopuolella
User0041=Luonut
User0289=Käyrät
User0181=Päiväys
User0175=Poista
User0228=Poista kaikki vertikaalit
User0234=Poista kaikki diagonaalit
User0225=Poista kaikki poikittaiskaaret
User0231=Poista kaikki vesilinjat
User0140=Poista tyhjät tasot
User0144=Poista merkkaajat
User0046=Suunniteltu leveys
User0048=Suunniteltu syväys
User0044=Suunniteltu pituus
User0040=Suunnittelija
User0061=Diagonaali
User0065=Diagonaalit
User0003=Uppouman tilavuus
User0004=Uppouma
User0236=Etäisyys
User0180=Haluatko mukauttaa myös merkkaajia?
User0111=Haluatko tuoda välillä olevat poikittaiskaaret?
User0070=Haluatko korvata sen toisella?
User0104=Haluatko tallentaa sen ensin?
User0127=Haluatko tallentaa tiedoston versiona?
User0158=kaksinkertaista reunaa
User0257=Rungon syväys
User0185=DWL
User0202=Reuna on jo olemassa
User0073=Reunan luhistaminen
User0076=Reunan pursotus
User0078=Reunan jakaminen
User0287=Reunat
User0155=reunaa, joihin kiinnittyy enemmän kuin 2 pintaa!
User0276=Tehollinen vesilinjapituus
User0141=tyhjää tasoa poistettu
User0253=Loppunopeus
User0194=Anna tulostusmittakaava
User0022=Keulakulma
User0132=Virhe rivillä
User0192=Virhe luettaessa tiedostosta
User0098=Virhe kolmion asettamisessa!
User0266=Arvioitu
User0286=Pinnat
User0043=Tiedostonimi
User0264=Lopulliset vastuslaskennat
User0083=Käännä normaalit
User0246=FREE!ship linjapiirustus
User0214=FREE!ship levyjen levitys
User0251=Yleiset
User0277=Keulakulman puolikas, dwl
User0256=Runko
User0109=Tuo .Fef tiedosto
User0110=Tuo .hul tiedosto
User0134=Tuo kaaripiirros
User0105=Tuo Carene tiedosto
User0107=Tuo palteet
User0146=Tuo merkkaajat
User0112=Tuo osa
User0118=Tuo PolyCad tiedosto
User0136=Tuo pinta
User0125=Tuo VRML tiedosto
User0153=ristiriitaista normaalia
User0284=Lisää etäisyyttä
User0025=Alkuvakavuus
User0250=Syötetyt muuttujat
User0163=Aseta tasojen leikkaukset
User0122=Epäkelpo muodon etäisyys.
User0197=Epäkelpo koordinaatti
User0243=Epäkelpo uppouma
User0117=Epäkelpo liukulukuarvo pinnassa
User0116=Epäkelpo kokonaislukuarvo pinnnassa
User0108=Epäkelpo yksikön tunnus!
User0222=Epäkelpo arvo
User0102=Epäkelpo aaltomuototiedosto!
User0119=Epäkelpo x-koordinaatti pinnassa
User0120=Epäkelpo y-koordinaatti pinnassa
User0121=Epäkelpo z-koordinaatti pinnassa
User0207=ei kelpaa numeeriseksi syötteeksi
User0241=iteraatiota
User0274=KAPER vastus kanooteille ja kajakeille
User0259=Köli
User0159=Lackenby-muunnos
User0071=Viimeinen asema
User0029=Lateraalipinta-ala
User0028=Lateraalinen pinta
User0033=Taso
User0139=Tasoryhmittely
User0164=Tasojen leikkaus
User0244=Tason ominaisuudet
User0270=LCB on kelpoisuusjoukon ulkopuolella
User0150=vuotopistettä
User0017=Vesilinjapituus
User0045=Kokonaispituus
User0057=Sijainti
User0167=Lukitse pisteet
User0191=Lukittuja pisteitä ei voi siirtää!
User0011=Pituussuuntainen kelluvuuskeskipiste
User0030=Pituussuuntainen lateraalipinnan keskipiste
User0027=Pituussuuntainen metasentrin korkeus
User0024=Pituussuuntainen inertiamomentti
User0267=Lwl/Bwl on kelpoisuusjoukon ulkopuolella
User0269=Lwl/Displ^3 on kelpoisuusjoukon ulkopuolella
User0067=Merkkaajalla ei ole omistajaa!
User0055=mitattu peräluotiviivasta kohdassa X=0.0
User0056=mitattu rungon alimmasta pisteestä
User0101=Michlet vienti
User0015=Pääkaaren täyteläisyys
User0049=Pääkaaren sijainti
User0013=Pääkaaren ominaisuudet
User0014=Pääkaaren pinta-ala
User0084=peilaa
User0156=Malli on ok.
User0280=muokattu
User0093=siirrä
User0072=Uusi kontrollikäyrä
User0196=Uusi koordinaatti
User0074=Uusi reuna
User0094=Uusi pinta
User0285=Uusi lisäysetäisyys
User0235=Uusi leikkaus
User0142=Uusi taso
User0179=Uusi malli
User0157=Uusi malli
User0237=Uusi sarja leikkauksia
User0082=Yhtään pintaa ei voitu poistaa.
User0123=Geometriaa ei tuotu.
User0165=Leikkauspisteitä ei löytynyt.
User0147=Merkkaajia ei voitu tuoda.
User0203=Verkon tietoja ei voitu tuoda.
User0238=Ei muunnettavia pisteitä nykyisessä valinnassa.
User0195=Tulostinta ei ole määritelty.
User0154=normaalia käännetty osoittamaan ulospäin
User0200=Kaikkia pisteitä ei voitu lisätä luhistettavaan reunaan
User0281=muokkaamaton
User0052=HUOMIO 1: Syväys (ja kaikki muut pystysuuntaiset mitat) on mitattu rungon alimmasta pisteestä!
User0053=HUOMIO 2: Kaikki lasketut kertoimet perustuvat tosiasiallisiin vedenalaisen osan mittoihin.
User0054=HUOMIO 2: Kaikki lasketut kertoimet perustuvat projektin asetusmittoihin, pituuteen, syväykseen ja leveyteen.
User0137=Sarakemäärä
User0135=Kontrollipisteiden määrä per poikittaiskaari
User0138=Rivimäärä
User0128=Vanhaa varmuuskopiota ei voi poistaa!
User0077=Vain äärireunoja voi pursottaa!
User0151=vain ensimmäiset 10 näkyvät tässä
User0198=Osa
User0218=Perspektiivinäkymä
User0217=Vesiviivanäkymä
User0190=pisteen siirto
User0288=pisteitä
User0162=pisteitä poistettu.
User0170=pisteitä lukitsematta
User0193=Tulostusmittakaava
User0008=Prismaattinen täyteläisyys
User0216=Sivunäkymä
User0039=Projekti
User0178=projektin asetukset
User0079=poista vasen puoli
User0161=poista käyttämättömät pisteet
User0272=Vastus
User0265=Vastus Delft Systematic Yacht Series:in mukaan
User0089=pyöritä
User0088=Pyöritysvektori
User0262=Peräsin
User0091=mittakaava
User0090=mittakaavavektori
User0038=Poikittaiskaarien pinta-alat
User0174=valitut objektit
User0075=aseta käännereunat
User0221=Aseta toleranssi
User0273=Nopeus
User0254=Nopeusaskel
User0252=Alkunopeus
User0058=poikittaiskaari
User0062=poikittaiskaaret
User0186=Lista
User0278=Peräpeilin uponneen osan pinta-alasuhde
User0126=Nykyinen tiedostoversio on versio
User0103=Nykyistä mallia on muutettu!
User0248=Nykyiset asetukset menetetään
User0124=Tiedosto ei sisällä BSpline-pintoja
User0152=Seuraavat objektit korjattiin
User0032=Seuraavat tason ominaisuudet lasketaan aluksen molemmille puoliskoille
User0145=Mallissa on jo merkkaajia. Haluatko poistaa ne?
User0149=Mallissa on yhteensä
User0086=Valinta sisältää lukittuja pisteitä joihin tämä toiminto ei vaikuta
User0001=Upotusta ei ole
User0069=Tässä näkymässä on jo yksi taustakuva.
User0035=Paksuus
User0113=Tämä tiedosto on luotu FREE!ship!:n myöhemmällä versiolla
User0189=Tämä ei ole pätevä FREE!ship tiedosto!
User0114=Tämä ei ole pätevä FREE!ship osatiedosto!
User0208=Tämä ei ole pätevä VRML 1.0 tiedosto
User0239=Malli sisältää lukittuja pisteitä,joita tämä toiminto muokkaa.
User0182=Aika
User0037=Yhteensä
User0006=Vedenalaisen rungon kokonaisleveys
User0258=Kokonaissyväys
User0005=Vedenalaisen rungon kokonaispituus
User0240=Muunnos onnistui,
User0092=Muunnosvektori
User0242=Muunnos epäonnistui,
User0220=Läpinäkyvyystoleranssi
User0026=Poikkisuuntainen metasentrin korkeus
User0023=Poikkisuuntainen inertiamomentti
User0129=Varmuuskopiotiedostoa ei voi luoda!
User0097=Tiedostoa ei voi luoda!
User0106=Tiedostoa ei voi avata!
User0283=Kumoa-muisti
User0115=Odottamaton tiedoston lopetus!
User0204=Tuntematon tiedostoversio
User0066=Tuntematon leikkaustyyppi
User0085=Tuntematon piste peilaa-komennossa!
User0169=Avaa kaikki pisteet
User0168=avaa pisteitä
User0205=Arvon oltava välillä
User0279=Versio
User0009=Pystysuuntainen prismaattinen täyteläisyys
User0012=Pystysuuntainen kelluvuuskeskipiste
User0031=Pystysuuntainen lateraalipinnan keskipiste
User0002=Tilavuuden ominaisuudet
User0050=Veden tiheys
User0255=Veden viskositeetti
User0060=vesilinja
User0064=vesilinjat
User0019=Vesilinjan pinta-ala
User0021=Vesilinjan kelluvuuskeskipiste
User0020=Vesilinjan täyteläisyys
User0016=Vesilinjan ominaisuudet
User0036=Paino
User0261=Märkäpinta-ala
User0010=Märkien pintojen pinta-ala
User0210=X koordinaatti
User0211=Y koordinaatti
User0249=YachtRes, vastusarviointi purjeveneille, Prof. Gerritsma:n mukaan
User0096=Päämitat on asetettava ensin!
User0095=On valittava vähintään 3 kontrollipistettä luodaksesi uuden kontrollipinnan
User0212=Z koordinaatti
User0291=Tee uudelleen
User0290=Kumoa
User0295=| Speed | Speed |  Fr   |   R_f   |   R_r   |    R_T    |  Power  | Cp opt. | LCB opt |
User0296=|  [kn] | [m/s] |  [-]  |  [kN]   |  [kN]   |   [kN]    |   [kW]  |   [-]   |   [%]   |
User0328=|  [kn] | [m/s] |  [-]  |   [N]   |   [N]   |    [N]    |   [W]   |   [-]   |   [%]   |
User0297=| Speed | Speed |  Fr   |   R_f  |   R_r  |   R_T  |  Power  |   Wt  |   t   |
User0298=|  [kn] | [m/s] |  [-]  |  [kN]  |  [kN]  |   [kN] |   [kW]  |  [-]  |  [-]  |
User0329=|  [kn] | [m/s] |  [-]  |   [N]  |   [N]  |   [N]  |   [W]   |  [-]  |  [-]  |
User0294=Calculation aborted
User0293=Cross curves
User0292=Displacement step can not be zero.
User0300=Power
User0301=Note: Coefficients (Wt,t,nr,Cp_opt,Lcb_opt) are calculated for speed Vs =
User0302=knots
User0303=Resistance prediction for sea vessels, according to Associate Prof. Timoshenko, NUoS, Ukraine, 2007
User0304=Draught on midship
User0305=Draught on F.P.
User0306=Draught on F.A.
User0307=Warning!!! Very big trim (Tf-Ta)
User0308=Areas of keels
User0309=Areas of rudders
User0310=Bilge keels
User0311=Dome area
User0312=Rudder behind skeg/stern
User0313=2-screw rudder slender/thick
User0314=Shaft brackets area
User0315=Skeg
User0316=Strut bossing area
User0317=Hull bossing area
User0318=Exposed shafts area:
User0319=Angle vs buttoks about 10 °
User0320=Angle vs buttoks about 20 °
User0321=Stabiliser fins area
User0322=Appendages areas:
User0324=kN
User0325=kW
User0326=kn
User0327=knots
User0330=N
User0331=W
User0332=----------------------------------------------------------------------------------------------
User0333=1.Viscosity by default is for sea water with density 1025 kg/m^3 and temperature 15 °Ñ.
User0334=You can change the temperature and the density: Project->Project Settings->Hydrostatics
User0335=2.The trim is calculated by formulas: dT=Tf-Ta, Tf=T+dt/2, Ta=T-dt/2
User0336=3.Coefficient influence the after body form is from table:
User0337=+-------------------------------------------------------+-------------------------+
User0338=|                After body form                        |          Cstrn          |
User0339=+-------------------------------------------------------+-------------------------+
User0340=|              Normal sections                          |            0            |
User0341=|              V-shaped sections                        |           -10           |
User0342=|              U-shaped sections  (with Hogner stern)   |          5  ( 10 )      |
User0343=|              Barge type form                          |        -20  or -25      |
User0344=+-------------------------------------------------------+-------------------------+
User0346=5.The wetted area of transom you can determine from sectional areas curve on Profile View or
User0347=from "Design hydrostatics" output.
User0348=The wetted area of bulbous on F.P. is analogous determination.
User0349=The COG wetted bulb area h_b to determine on "Bodyplan view" visually.
User0350=6.Propeller number Np is set for power prediction and for interaction propeller and hull.
User0351=For Np=0 the wake fraction Wt and thrust deduction t is calculated as for highspeed sailing
User0352=ships.
User0353=7.Propeller diameter D with one-screw is <= 0.8*Ta, and for twin-screw <= 0.7*Ta.
User0354=Expanded blade area ratio Ae/Ao is calculate from condition, when cavitation be absent.
User0355=8.Absolutely rougness of hull less 150 mkm one can don't set.
User0356=Calculation of the propeller elements for main engine selection
User0357=Diameter of propeller, m
User0358=Frequency, 1/min
User0359=Engine power, kW
User0360=Calculation of the propeller elements for engine selection
User0361=Calculation optimal propeller for selected engine
User0362=Results of calculation the propeller elements for engine selection
User0363=Results of calculation optimal propeller for selected engine
User0364=Calculation of passport diagram
User0365=Results of calculation of passport diagram
User0366=Speed ship, knots
User0367=Resistance, kN
User0368=Number of propellers
User0369=Limit diameter of propeller, m
User0370=Step on diameter, m
User0371=Water density, kg/m^3
User0372=Wake fraction Wt
User0373=Thrust fraction t
User0374=Coef.infl.nonuniform on thrust
User0375=Coef.infl.nonuniform on torque
User0376=Efficiency of shaft
User0377=Efficiency of reductor
User0378=Number of diagram
User0379=Blade number
User0380=Disk ratio Ae/Ao
User0381=Power of main engine, kW - Pe;  Thrust, kN - Te
User0382=Table
User0383=+----------+--------+--------------------------------------------+
User0384=|  Value   |Measurem|              M e a n i n g s               |
User0385=+----------+--------+--------+--------+--------+--------+--------+
User0386=| D        |   m    |
User0387=| Kdt      |   -    |
User0388=| Jopt     |   -    |
User0389=| n        |  1/min |
User0390=| P/D      |   -    |
User0391=| ETAo     |   -    |
User0392=| ETAd     |   -    |
User0393=| Ps       |   kW   |
User0394=| Ps_r     |   kW   |
User0395=Power of main engine, W - Pe;  Thrust, N - Te
User0475=Thrust, kN
User0396=Freq. of propeller rotation, 1/min
User0397=Coef.infl. hull on diameter
User0398=Waited speed ship, knots
User0399=Resistance:
User0400=Speed ship (kn)
User0401=Resistance (kN)
User0402=| Vs       |   kn   |
User0403=| Va       |  m/c   |
User0404=| R        |   kN   |
User0405=| Pe       |   kW   |
User0406=| Tb       |   kN   |
User0407=| Knt      |   -    |
User0408=| Jopt     |   -    |
User0409=| J        |   -    |
User0410=| D        |   m    |
User0411=| Kt       |   -    |
User0412=| ETAo     |   -    |
User0413=| P/D      |   -    |
User0414=| ETAd     |   -    |
User0415=| Ps       |   kW   |
User0416=Diameter of propeller, m
User0417=Pitch ratio
User0418=Jump
User0419=+----------+--------------------------------------------+
User0420=|   Value  |              M E A N I N G S               |
User0421=+----------+--------+--------+--------+--------+--------+
User0422=|    J     |
User0423=|    Kt    |
User0424=|    Kq    |
User0425=|    s     |
User0426=|    t     |
User0427=|    Ktb   |
User0428=|    Kqb   |
User0429=|    Jv    |
User0430=+----------+--------+--------------------------------------------+
User0431=|  Value   |Measurem|               M E A N I N G S              |
User0432=+----------+--------+--------+--------+--------+--------+--------+
User0433=|    Jb    |   -    |
User0434=|    n     |  1/min |
User0435=|    vs    |   kn   |
User0436=|    Te    |   kN   |
User0437=|    Pd    |   kW   |
User0438=OCT 5.0181-75 (xUSSR)
User0439=diagram's of Braun
User0440=model's experiment
User0441=diagram's of Neyman
User0442=method's NIEWT (Russia)
User0443=diagram's of Volodin
User0444=diagram's of Nordstrem
User0445=diagram's of Groot
User0446=diagram's of SSPA
User0447=diagram's of NPL
User0448=diagram's of 64 series
User0449=Dubrovsky's method
User0450=ATTENTION!!!_
User0476=is outside valid domain
User0477=by Pupmel's formula with addings of CSIIRF (Russia)
User0478=Because extrapolation is used, can be some errores.
User0479=Recomendations for
User0480=You must to increase number of blades until
User0481=Ae/Ao** > 1.3 You must to increase Dp.
User0482=You must to increase Ae/Ao! May be cavitation and/or destruction of propeller.
User0483=Click button for start selection of engine
User0484=Propeller characteristics are:
User0485=Calculation of propeller on cavitation by Pupmel method:
User0486=n < 0.9*nkr ==> OK! Propeller is not cavitate.
User0487=ATTENTION!!! This is series NOT correct for this project!
User0488=
User0489=Step of propeller diameter is very big!
User0490=Limit of power in freeware Free!ship+ is reached or increase diameter of propeller!!!
User0491=This is diagram of propeller access in Pro version only
User0492=n > 0.9*nkr ==> ATTENTION!!! This is propeller with cavitation!
User0496=| Speed | Speed | Fr_V  |   R_f  |   R_r  |   R_T  |  Power  |  R_T_e | Power_e |
User0497=| Speed | Speed |  Fr   |   R_f  |   R_r  |   R_T  |  Power  |  R_T_e | Power_e |
User0498=|  [kn] | [m/s] |  [-]  |  [kN]  |  [kN]  |   [kN] |   [kW]  |   [kN] |   [kW]  |
User0499=|  [kn] | [m/s] |  [-]  |   [N]  |   [N]  |   [N]  |   [W]   |   [N]  |   [W]   |
User0500=Final calculations of resistance and power prediction by
User0501=Program of resistance prediction for displacement ships HydroNShIp v1.04 was developed in NUoS, Ukraine, 1997,2007
User0502=9. Limitations of resistance calculation by OCT 5.0181-75 (xUSSR) and another methods are:
User0503=9.1 Series N 1 - high-speed and medium-rate ships:
User0504=- type of ships - container carrier, roll-on/roll-of vessel, lighter carrier;
User0505=- Cb   = 0,500 ... 0,650;
User0506=- L/B  = 4,80 ... 7,00;
User0507=- B/T  = 2,00 ... 5,00;
User0508=- Nser = 1 ;
User0509=- Np   = 1 ... 2;  (number of propellers);
User0510=- Nf   = 2,4 (V-shaped sections and bulbous-shaped sections of forward stern);
User0511=- Na   = 2   (V-shaped sections of afterstern).
User0512=9.2 Series N 2 - passenger and cargopassenger ships:
User0513=- type of ships - passenger and cargopassenger ships;
User0514=- Cb   =  0,550 ... 0,650;
User0515=- lcb  = -0,05 ... 0,00;
User0516=- L/B  = 4,80 ... 7,30;
User0517=- B/T  = 2,00 ... 5,00;
User0518=- Nser = 2 ;
User0519=- Np   = 2;
User0520=- Nf   = 2 (V-shaped sections);
User0521=- Na   = 2 (V-shaped sections).
User0522=9.3 Series N 3 - sea transport vessels:
User0523=- type of ships - universal cargo vessels, middle tankers, bulkcarriers, transport fishing
User0524=refrigerator ships;
User0525=- Cb   = 0,600 ... 0,800;
User0526=- lcb  = -0,025 ... 0,030;
User0527=- B/T  = 2,00 ... 5,00;
User0528=- Psi  = L/V**0.333 = 5,00 ... 7,50;
User0529=- Nser = 3 ;
User0530=- Np   = 1;
User0531=- Nf   = 1,2,4 (U-shaped sections, V-shaped and bulbous-shaped sections);
User0532=- Na   = 2     (V-shaped sections).
User0533=9.4 Series N 4 - large displacement transport vessels:
User0534=- type of ships - large tankers and ore-carriers;
User0535=- Cb   = 0,800 ... 0,875;
User0536=- lcb  = 0,015 ... 0.044;
User0537=- L/B  = 5,80 ... 8,30;
User0538=- B/T  = 2,20 ... 3,50;
User0539=- Nser = 1 ;
User0540=- Np   = 1 ;
User0541=- Nf   = 2 ... 5 (V-shaped, cylinder-shaped (drum), bulbous bow, ram-conical);
User0542=- Na   = 1 ... 3 (U-shaped, V-shaped sections, cigar-shaped stern).
User0543=9.5 Calculation resistance and power prediction by diagrams of Braun:
User0544=- type of ships - highspeed ships are in preplaning regime;
User0545=- Cb   = 0,290 ... 0,540;
User0546=- Xc/Lpp = NOT needed;
User0547=- L/B  = 3,50 ... 7,40;
User0548=- B/T  = 3,10 ... 4,40;
User0549=- FrV  = v/(g*V^0,3333)^0,5 = 0,8 ... 2,6;
User0550=- Nser = 5 ;
User0551=- Np   = 1 ;
User0552=- Nf   = 1 ... 2 (U-shaped, V-shaped sections);
User0553=- Na   = 1 ... 2 (U-shaped, V-shaped sections).
User0554=9.6 Calculation resistance and power prediction by diagram of Neyman:
User0555=- type of ships - tugs, trawlers and icebreakers;
User0556=- Cp   = 0,500 ... 0,680;        B/T  =  2,4 ... 3,2;
User0557=- Psi=L/V^0,333 = 4,00 ... 7,20;  Fr  = 0,07 ... 0,45;
User0558=- Nser = 6 ;
User0559=- Nship= 1 ... 4 (1-tugs, 2-trawlers, 3 and 4-small warships);
User0560=- Np   = 1 ;
User0561=9.7 Calculation resistance and power prediction by method NIEWT (Russia):
User0562=- type of ships - cargo vessels for inland and mixed navigation (river-sea);
User0563=- Cp   = 0,800 ... 0,930;
User0564=- Xc/Lpp = NOT needed;
User0565=- L/B  = 4,00 ... 8,50;
User0566=- B/T  = 3,70 ... 14,0;
User0567=- Fr   = 0,07 ... 0,25;
User0568=- Nser = 7 ;
User0569=- Np   = 1,2 ;
User0570=9.8 Calculation resistance and power prediction by diagram of Volodin:
User0571=- type of ships - highspeed round-bilge boats;
User0572=- Cb   = 0,4 ... 0,7;
User0573=- Xc/Lpp = NOT needed;
User0574=- FrV  = v/(g*V^0,3333)^0,5 = 1,0 ... 2,5;
User0575=- Nser = 8 ;
User0576=- Np   = 1 ;
User0577=9.9 Calculation resistance and power prediction by diagram of Nordstrem:
User0578=- type of ships - highspeed round-bilge boats  (14 models in 1936);
User0579=- Cb   = 0,373 ... 0,410; Cp = 0,576 ... 0,599;    Xc/Lpp = -1,79 ... 2,88%;
User0580=- L/B  = 4,83 ... 6,94;  B/T = 3,70 ... 14,0; S/(VL)**0.5 =  2,67 ... 2,70 ;
User0581=- FrV  = 0,90 ... 2,00;    V = 10 ... 30 m^3;         a_í =  15,1 ... 22,5°;
User0582=- Nser = 9 ;
User0583=- Np   = 1 ;
User0584=9.10  Calculation resistance and power prediction by diagrams of Groot:
User0585=- type of ships - highspeed round-bilge boats  (31 models in 1951);
User0586=- Cb   = 0,293 ... 0,560;   Cp = 0,463 ... 0,781;  Xc/Lpp = -11,5 ... 3,09%;
User0587=- L/B  =  3,53 ... 10,09;  B/T =  2,72 ... 6,58 ;  S/(VL)**0.5 = 2,75 ;
User0588=- FrV  = v/(g*V^0,3333)^0,5 = 0,8 ... 2,7;
User0589=- Nser = 10 ;
User0590=- Np   = 1 ;
User0591=9.11 Calculation resistance and power prediction by diagrams of SSPA:
User0592=- type of ships - highspeed round-bilge boats (9 models 1968ã.);
User0593=- Cb   = 0,4 ;     Cp = 0,68;   L/B  =  4,62 ... 8,20;   B/T = 3.0, 3.5, 4.0;
User0594=- S/(VL)**0.5 = 2,9 ... 3,0 ;    Psi =  6, 7, 8;         a_í = 8,2 ... 14,4°;
User0595=- FrV  = 1,0 ... 2,0 ;          Cfo(Re) by formula ITTC-57;
User0596=- Nser = 11 ;
User0597=- Np   = 1 ;
User0598=9.12 Calculation resistance and power prediction by diagrams of NPL:
User0599=- type of ships - highspeed round-bilge boats (22 models in 1969 and 1976);
User0600=- Cb   = 0,397 ;    Cp   = 0,693 ;   Xc/Lpp = -6,4%;
User0601=- L/B  = 3.33,4.54,5.41,6.25,7.5 ;      B/T =  1,76 ... 6,87;
User0602=- FrV  = 0,5 ... 2,8;            Cfo(Re) by formula ITTC-57;
User0603=- Nser = 12 ;
User0604=- Np   = 1 ;
User0605=9.13 Calculation resistance and power prediction by diagrams 64 series Teylor's basin:
User0606=- type of ships - highspeed round-bilge boats (27 models in 1965);
User0607=- Cb   =  0,35 ... 0,55 ;    Cp  = 0,63 ;        Xg/Lpp =  6,56%;
User0608=- L/B  = 8,454 ... 18,264 ;  B/T = 2,0 ... 4,0;  a_í = 3,7 ... 7,8°;
User0609=- FrV  =   0,8 ... 3,0;
User0610=- Nser = 13 ;
User0611=- Np   = 1 ;
User0612=9.14 Calculation resistance and power prediction by method of Dubrovsky:
User0613=- type of ships - displacement catamarans;
User0614=- Cb   =  0,3 ... 0,55 ;    ñ/L = 0,01 ... 0,15 ;   Psi  =  8,0 ... 18,0 ;
User0615=- FrV  =  0,8 ... 2,2;
User0616=- Nser = 14 ;
User0617=- Np   = 1 ... 2 - number of hulls ;
User0618=9.15 Calculation resistance and power prediction by method of Dubrovsky:
User0619=- type of ships - displacement catamarans and trimarans;
User0620=- Cb   =  0,35 ... 0,55 ;    S/Lwl = 0,15 ... 0,45 ;
User0621=- Psi  =  8,0 ... 18,0 ;     A/Lwl = 0,0  ... 0,5  ;
User0622=- Fr   = 0,25 ... 0,6;
User0623=- Nser = 15 ;
User0624=- Nh   = 1 ... 3 - number of hulls ;
User0625=10. Calculation resistance and power prediction by experimental model's data:
User0626=- type of ships - any displacement ships;
User0627=- Nser = 0 ;
User0628=NOTE: You must to set the coefficient of residual resistance Cr in function of Froude number Fr
User0629=Cr=f(Fr), where is Fr=v/(g*L)^0,5.
User0631=by Muragin's formula
User0632=by Semeka's formula
User0633=by Moomford's formula
User0634=by Benhe's formula
User0635=for ship with transom
User0636=by Karpov's formula
User0637=by Yeroshin's formula
User0640=4.In begining phase of ship design the wetted area S can be calcs for different types of ship and
User0641=hulls on this formulas:
User0642=If S= 0, then S=L*(2*T+B)*sqrt(Cm)*(0,453+0,442*Cb-0,2862*Cm-0,003467*B/T+0,3696*Cwp) - by Holtrop
User0643=If S=-1, then S=L*(1,36*T+1,13*Cb*B) - by Muragin's formula for ships with Cb=0,4...0,5 and B/T=2,5...3,5
User0644=If S=-2, then S=L*T*(2+1,37*(Cb-0,274)*B/T)   - by Semeka's formula for ships with big Cb
User0645=If S=-3, then S=L*(Cb*B+1,7*T)    - by Moomford's formula for Cb=0,7 and B/T=2...3
User0646=If S=-4, then S=L*(B+2*T)*(0,76*Cb+0,28)  - by Benhe's formula
User0647=If S=-5, then S=L*(0,85*B+0,25*T) - for ship with transom
User0648=If S=-6, then S=V**0,666666*(5,1+0,74*B/T-0,04*Cb) - by Karpov's formula for river ships w/o tonnels
User0649=If S=-7, then S=Lpp*(0.5*B+T)*(0.55+1.52*Cb)  - by Yeroshin's formula for fishing ships
User0650=Table.      Middle meanings of efficiency shaft and reductor
User0651=----------------------------------+--------------------------------------
User0652=Type of thrust bearing            |        Shaft efficiency
User0653=----------------------------------+--------------------------------------
User0654=ring-type                         |              0,95
User0655=Michell                           |              0,97
User0656=ball-bearing or roller bearing    |          0,96...0,98
User0657=----------------------------------+--------------------------------------
User0658=Type of transmission              |     Transmission efficiency
User0659=----------------------------------+--------------------------------------
User0660=toothed single-reduction gear     |          0,97...0,99
User0661=toothed double-reduction gear     |          0,94...0,97
User0662=fluid flywheel                    |          0,95...0,97
User0663=magnetics                         |          0,96...0,98
User0664=----------------------------------+--------------------------------------
User0665=Type of electrotransmission       | Shaft efficiency * Reductor efficiency
User0666=----------------------------------+--------------------------------------
User0667=direct current                    |          0,86...0,90
User0668=alternating current               |          0,83...0,93
User0669=----------------------------------+--------------------------------------
User0670=Table.       Main characteristics of propellers and series numbers
User0671=+---+---------------------------+-----+-------------+-----------+-----+------+----+
User0672=|Num|          Series           |  Z  |    Ae/Ao    |    P/D    | e/D | dn/D |Hi,°|
User0673=+---+---------------------------+-----+-------------+-----------+-----+------+----+
User0674=| 1 |B-Wageningen basin         |2...6|0,3  ... 1,05|0,6 ... 1,4|0,050|0,180 | 15 |
User0675=| 2 |B-Wageningen basin         |  4  |0,4  ... 1,0 |0,6 ... 1,4|0,045|0,167 | 15 |
User0676=| 3 |B-Wageningen basin         |  5  |0,45 ... 1,05|0,6 ... 1,4|0,040|0,167 | 15 |
User0677=| 4 |B-Wageningen basin         |  6  |     0,8     |0,5 ... 1,4|0,040|0,167 | 15 |
User0678=| 5 |T-Titov                    |  4  |     0,58    |0,6 ... 1,5| 0,06|0,200 |  0 |
User0679=| 6 |T-Titov                    |  4  |     0,75    |0,6 ... 1,5| 0,06|0,200 |  0 |
User0680=| 7 |M-Mishkevich               |  4  |     0,65    |0,6 ... 1,4| 0,06|0,200 |  5 |
User0681=| 8 |Z-Zavadovsky               |  4  |     0,85    |0,9 ... 1,4|0,045|0,180 | 15 |
User0682=| 9 |Z-Zavadovsky               |  4  |     1,0     |0,9 ... 1,4|0,045|0,180 | 15 |
User0683=|10 |T-Titov                    |  4  |     0,35    |0,6 ... 1,5| 0,06|0,200 |  0 |
User0684=|11 |Const.pitch ducted propel. |  4  |     0,35    |0,7 ... 1,5| 0,06|0,200 |  0 |
User0685=|12 |Const.pitch ducted propel. |  4  |     0,58    |0,7 ... 1,5| 0,06|0,200 |  0 |
User0686=|13 |Const.pitch ducted propel. |  4  |     0,75    |0,7 ... 1,5| 0,06|0,200 |  0 |
User0687=|14 |CP ducted propeller l=0,6  |  4  |     0,57    |0,5 ... 1,8| 0,06|0,317 |  0 |
User0688=|15 |CP ducted propeller l=0,8  |  4  |     0,57    |0,5 ... 1,5| 0,06|0,317 |  0 |
User0689=|16 |Const.pitch ducted propel. |  4  |     0,57    |0,5 ... 1,5| 0,06|0,180 |  0 |
User0690=|17 |Contra-rotat.propeller 1(2)|  4  | 0,575(0,545)|0,8 ... 1,5|     |0,200 |  0 |
User0691=+---+---------------------------+-----+-------------+-----------+-----+------+----+
User0692=
User0693=Note: More information see in book: Raschet Hodkosti nudvodnych vodoizmeschayuschich sudov:
User0694=Uchebnoe posobie/ M.B.Slizghevski, Yu.M.Korol, M.G.Sokolik, V.F.Timoshenko;
User0695=Under common redaction by Prof. M.B.Slizghevski.-Nikolaev, NUoS, 2004.-192p.
User0700=Number of hulls
User0701=Distance between the hulls, m
User0702=Advance of central hull A, mm
User0703=Type of ship     (Nship = 1...4)
User0704=Distance between centerplans S, m
User0705=Type of river ship  (Nsh = 1...3)
User0706=Prototype of river ship (Npr = 1...
User0707=Lenght of cylindrical body, m
User0708=Type of fishing ship (Nsh = 1...3)
User0709=Method (Nm = 1 - Geers; Nm = 2 - Doubrovin)
User0710=Number of prototype in BD (Npr = 0...20)
User0750=methods NIEWT, GIEWT and LIWT (Russia)
User0751=method of Yeroshin
User0752=method of Geers
User0753=method of Doubrovin
User0760=+----------+--------+--------------------------------------------+
User0761=|  Value   |Measurem|               M E A N I N G S              |
User0762=+----------+--------+--------+--------+--------+--------+--------+
User0763=|    n     |  1/min |
User0764=|    Ps    |   kW   |
User0765=+----------+--------+--------+--------+--------+--------+--------+
User0800=9.16 Calculation resistance and power prediction by methods NIEWT, GIEWT and LIWT (Russia):
User0801=- type of ships - river cargoship, passenger, cargopassenger ships and tugs;
User0802=- Cb   =  0,4 ... 0,85 ;  L/B   =   4,0 ... 9,0 ;
User0803=- B/T  =  2,5 ... 7,5  ;  Lc/L  =   0,6 ... 0,85;
User0804=- Fr   = 0,05 ... 0,35 ;
User0805=- Nser = 16 ;
User0806=- Nsh  = 1 ... 3 - type of ships (1-cargoship, 2- tugs, 3- passenger and cargopassenger ships);
User0807=- Npr  = 1 ... 7 or 5 - number of ship prototype;
User0808=Table. Characteristics of ship's prototype for inland and mixed navigation (river-sea)
User0809=+-----+------+-------+-------+------+-----+------+-------+-------+-----+------+-------+-------+
User0810=|Numb.| L/B  |  T/B  |  Cb   | Lc/L |Numb.| L/B  |  T/B  |  Cb   |Numb.| L/B  |  T/B  |  Cb   |
User0811=+-----------------------------------+----------------------------+----------------------------+
User0812=|           Cargo ships             |        River tugs          |Passenger and cargopassenger|
User0813=+-----------------------------------+----------------------------+----------------------------+
User0814=|  1  | 8.18 | 0.212 | 0.851 | 0.79 |  1  | 4.99 | 0.243 | 0.545 |  1  | 7.75 | 0.190 | 0.575 |
User0815=|  2  | 6.93 | 0.216 | 0.837 | 0.76 |  2  | 4.73 | 0.253 | 0.557 |  2  | 8.10 | 0.198 | 0.710 |
User0816=|  3  | 7.02 | 0.204 | 0.830 | 0.75 |  3  | 5.02 | 0.243 | 0.636 |  3  | 6.60 | 0.202 | 0.573 |
User0817=|  4  | 7.95 | 0.266 | 0.869 | 0.78 |  4  | 4.60 | 0.400 | 0.522 |  4  | 5.72 | 0.249 | 0.465 |
User0818=|  5  | 6.74 | 0.225 | 0.800 | 0.75 |  5  | 5.13 | 0.275 | 0.535 |  5  | 4.73 | 0.202 | 0.581 |
User0819=|  6  | 8.50 | 0.266 | 0.818 | 0.80 |  6  | 4.70 | 0.244 | 0.618 |     |      |       |       |
User0820=|  7  | 6.11 | 0.184 | 0.788 | 0.76 |  7  | 4.04 | 0.135 | 0.528 |     |      |       |       |
User0821=+-----------------------------------+----------------------------+----------------------------+
User0822=9.17 Calculation resistance and power prediction by method Yeroshin:
User0823=- type of ships - fishing ships (SFT, MFT, BFT);
User0824=+---------+-----------------+------------------+-----------------+
User0825=| Charact.|      SFT        |       MFT        |      BFT        |
User0826=+---------+-----------------+------------------+-----------------+
User0827=|  Cð     |  0,50 ... 0,72  |  0,55 ... 0,70   |       -         |
User0828=|  Lpp/B  |   2,5 ... 3,5   |   3,5 ... 5,0    |       -         |
User0829=|  B/T    |   2,6 ... 4,0   |   2,3 ... 3,2    |       -         |
User0830=|  Cm     |  0,75 ... 0,92  |  0,65 ... 0,92   |       -         |
User0831=|  xc/Lpp | -0,05 ...-0,01  | -0,03 ... 0,01   |       -         |
User0832=|  Fr     |   0,1 ... 0,5   |  0,21 ... 0,37   |       -         |
User0833=+---------+-----------------+------------------+-----------------+
User0834=- Nser = 17 ;
User0835=- Nsh  = 1 ... 3 - type of fishing ship (1 - SFT, 2 - MFT, 3 - BFT);
User0836=9.18 Calculation resistance and power prediction by prototype:
User0837=- type of ships - highspeed sea ships w/o cylindrical body (Nm=1), tugs, icebreakers and fishing ships (Nm=2);
User0838=- For Nm=1, Cp =  0,5 ... 0,85 ;  B/T =   2 ... 14 ;  Psi = L/V^0,333 = 5 ... 11;  Fr = 0,25 ... 0,65 ;
User0839=- For Nm=2, Cb = 0,45 ... 0,55 ;  L/B = 3,5 ... 5,5;  B/T =  2,0 ... 3,5  ;        Fr = 0,10 ... 0,35 ;
User0840=- Nser = 18 ;
User0841=- Nm   = 1 ... 2  - method of calculation (1 - Geers, 2 - Doubrovin);
User0842=- Npr  = 0 ... 20 - number of prototype in BD, if 0, then to input manually.
User0900=+---+--------+-----+---------------------------------------------------------------+
User0901=|Num|Charact.|Meas.|                        M E A N I N G S                        |
User0902=+---+--------+-----+---------------------------------------------------------------+
User0903=| 1 | Bmax   |  m  |
User0904=| 2 | Bl     |  m  |
User0905=| 3 | e      |  m  |
User0906=| 4 | fi     |grad |
User0907=| 5 | Gp     |  -  |
User0908=| 6 | Gt     |  -  |
User0909=| 7 | Mp     |kN*m |
User0910=| 8 | Mt     |kN*m |
User0911=| 9 | F      | m2  |
User0912=|10 | Wdz    | m3  |
User0913=+---+--------+-----+-------+-------+-------+-------+-------+-------+-------+-------+
User0914=|Propeller's metal:|   1   |   2   |   3   |   4   |   5   |   6   |   7   |   8   |
User0915=+---+--------+-----+-------+-------+-------+-------+-------+-------+-------+-------+
User0916=|11 | G      | kg  |
User0917=|12 | Pc     | kN  |
User0918=|13 | Mc     |kN*m |
User0919=|14 | Sigma  |N/mm2|
User0920=|15 | SigmaC |N/mm2|
User0921=|16 | SigmaS |N/mm2|
User0922=|17 | SigmaB |  -  |
User0923=|18 |SigmaB/4|  -  |
User0924=+---+--------+-----+-------+-------+-------+-------+-------+-------+-------+-------+
User0925=
User0926=Note: Propeller's metal:  1-brass Mn+Fe; 2-bronze Al+Fe H9-4-4; 3-carbon steel;
User0927=4-brass Al+Mn+Fe; 5-bronze Neva-60; 6-bronze Neva-70; 7-stainless steel; 8-duralumin.
User0928=Calculation of propeller on general strength for r/D=0.3:
User0929=OK! Propeller is a strong in uniform flow.
User0930=OK! Propeller is a strong in non-uniform flow.
User0931=This is propeller not a strong in uniform flow!
User0932=This is propeller not a strong in non-uniform flow!
User0933=Angle of attack [grad]
User0934=Cx(Drag), Cy(Lift), m_z, Cd, 0.1*K
User0940=Bulbous characteristics
User0941=COG Z bulb area
User0942=Bulb area on FP
User0943=Bulbous coefficient
User0766=Static stability diagram
User0767=GZ, [m]
User0768=Heeling angle, [grad]
User0945=series Delft for sailing yachts
User0946=
User0947=+-------+-------+-------+---------+---------+---------+---------+
User0948=| Speed | Speed |  S/L  | R frict.| R resid.| R total | Spilman |
User0949=|  [kn] | [m/s] | ratio |  [kN]   |  [kN]   |  [kN]   |  [kN]   |
User0950=|  [kn] | [ft/s]| ratio |  [lbs]  |  [lbs]  |  [lbs]  |  [lbs]  |
User0951=ATTENTION!!! Teta0 < 60°
User0952=ATTENTION!!! Calculation SSD is impossible - internal volume do not close!
User0953=ATTENTION!!! l_max < 0,25m
User0954=ATTENTION!!! ho < 0,05m
User0451=m
User0452=m^2
User0453=m^3
User0454=ft
User0455=degr
User0456=lbs
User0457=knot
User0458=t
User0459=kg
User0460=kG
User0461=BHP
User0956=X of COG
User0957=Maximal speed
User0960=Resistance*10 [kN]; Power [kW]
User0961=Resistance*0.1 [lbf]; Power [ehp]
User0964=Calculations of resistance and power for planing ships by Lyubomirov I.P. formulas
User0965=Calculations of resistance and power for planing ships
User0966=Final calculations of resistance and power for planing ships
User0967=+-------+-------+-------+---------+---------+---------+---------+
User0968=|   Vs  |  FrB  |  Alfa |   R_f   |   R_d   |   R_t   |   Pe    |
User0969=| knots |   -   |  degr |    kN   |    kN   |    kN   |   kW    |
User0970=| knots |   -   |  degr |   lbf   |   lbf   |   lbf   |   ehp   |
User0493=Note 3: The bulbous characteristics is calcs right, if F.P. is through point of intersection
User0494=forward line with KWL.
User0955=Deadrise amidships
User0971=ATTENTION!!! Increase number of propellers...
User0972=- calculated
User0973=- for selection of propeller diagram
User0974=- optimal by diameter of propeller
User0975=Because Cwp=0, this wetted area is NOT right!!!
User0976=This is series have NOT datas of prototype in BD now!!!
User0977=This is series NOT available now!!!
User0978=Error ==> S < Bwl !!!
User0979=File hship.exe is not exists or damaged!!!
User0980=File Resist.cnf is not exists or damaged!!!
User0981=Number of blades is out of limits for this diagram!!!
User0982=Ae/Ao is out of limits for this diagram!!!
User0983=Limit of speed in freeware Free!ship+ is reached!!!
User0984=ATTENTION!!! The waiting speed is outside valid domain of calculated speed!!!
User0985=ATTENTION!!! The power of engine is very low!
User0986=ATTENTION!!! The power of engine is very high!
User0987=ATTENTION!!! Limit of power in freeware Free!ship+ is reached!!!
User0988=ATTENTION!!! This is diagram of propeller accessed in Pro version only!!!
User0989=ATTENTION!!! The number of propeller diagram more then 11 is accessed in Pro version only!!!
User0990=Task do not solve with this data!
User0991=If SigmaB > 1 ==>
User0992=If SigmaB < 1 ==>
User0993=If SigmaB/4 > 1 ==>
User0994=If SigmaB/4 < 1 ==>
User0995=Do not have results of resistance calcs in this directory!
User0996=KN sin(Psi)
User0997=GZ(Psi)
User1000=Acceleration, free and active brake calculation.
User1001=Time, sec
User1002=Distance, miles; Speed, kn; Frequency of propeller n*0.1, 1/min
User1003=Thrust, kN; Torque moment, kN*m
User0462=kg/m^3
User0463=kg/ft^3
User0998=Shaf effic.* Gear effic.
User0999=for D=
User0958=Midship area under waterline
User0959=Roughness coefficient *10^3
User1017=Acceleration of ship calculation results
User1018=Free brake of ship calculation results
User1019=Active brake of ship calculation (reverse) results
User1020=Parameters of ship sinkage:
User1021=Difference of midship draft
User1022=Midship draft
User1023=Angle of heel Psi
User1024=Angle of trim
User0935=Some input datas are NOT right!!!
User0936=Wetted area by Holtrop formula is NOT right, because Cwp=0 !!!
User1026=NOTE: Coefficients Wt and t are calcs by formulas of method Holtrop-
User1027=NOTE: Appendage resistance is calculated for stationary engine
User1028=FrV is outside valid domain 1 ... 4 , used extrapolation for R_ap
User1004=Summary inertia moment of engine [kg*m2]
User1005=Acceleration of ship calculation
User1006=Free brake of ship calculation
User1007=Active brake of ship calculation (reverse)
User1008=Free brake of ship.
User1009=Active brake of ship.
User1010=tonnes and Z COG =
User1011=Acceleration time [min (sec)]
User1012=Free brake time [min (sec)]
User1013=Active brake time [min (sec)]
User1014=Distance [sea miles (m)]
User1025=Started speed [knots (m/s)]
User1015=Ended speed [knots (m/s)]
User1016=Ended frequency engine shaft [1/min (1/s)]
User1029=Attention: Weigth of a ship and displacement are difference more then 10% !
User1050=Table. Characteristics of sea ships diesels
User1051=+----------------------+-----------------+------------------+----------------+
User1052=|                      |      Power      |  Freq. of rotate | Inertia moment |
User1053=|  Type of diesel      +-----------------+------------------+----------------+
User1054=|                      |       kW        |      1/min       |     kg*m2      |
User1055=+----------------------+-----------------+------------------+----------------+
User1056=| 6ÄKPH 45/120-7       |      3970       |       170        |       70       |
User1057=| 8ÄKPH 45/120-7       |      5290       |       170        |       90       |
User1058=| 6ÄKPH 67/170-7       |      9630       |       123        |      446       |
User1059=| 7ÄKPH 67/170-7       |     11240       |       123        |      508       |
User1060=| 6ÄKPH 67/195-10      |      9150       |       111        |      550       |
User1061=| 8ÄKPH 67/195-10      |     12200       |       111        |      711       |
User1062=| 6×PH 36/45(Ã70)      |       883       |       375        |      512       |
User1063=|                      |       736       |       350        |      512       |
User1064=|                      |       662       |       375        |      512       |
User1065=| 8×CÏH18/22-475       |       370       |       750        |       20       |
User1066=| 8×CÏH18/22-315       |       230       |       750        |       20       |
User1067=| 6×CÏH18/22-300       |       220       |       750        |       25       |
User1068=| 6×CÏH18/22-225       |       165       |       750        |     18.3       |
User1069=|   6×ÑÏ18/22          |       110       |       750        |     18.3       |
User1070=| 12×HC18/22 (Ì401À-1) |       736       |      1550        |      4.9       |
User1071=| 12×HC18/22 (Ì416)    |       808       |      1550        |      3.9       |
User1072=| 12×Í15/18(3ÊÄ12Í-520)|       380       |      1500        |      3.7       |
User1073=| 12×ÑÏ15/18 (3Ä12)    |       220       |      1500        |      8.7       |
User1074=| 6×CÏH15/18 (3Ä6Í-235)|       170       |      1500        |      8.2       |
User1075=| 6×ÑÏ15/18 (3Ä6)      |       110       |      1500        |      8.5       |
User1076=| 6×ÑÏ12/14 (Ê-161)    |        66       |      1500        |      4.0       |
User1077=| 8×PH32/48(8ÍÂÄ48À-2Ó)|       970       |       428        |      760       |
User1078=|                      |       770       |       350        |      760       |
User1079=| 6×PH32/48(6ÍÂÄ48À-2Ó)|       736       |       428        |      700       |
User1080=|                      |       640       |       375        |      700       |
User1081=|                      |       515       |       300        |      700       |
User1082=| 8×Ð32/48 (8ÍÂÄ48-2Ó) |       647       |       428        |      760       |
User1083=|                      |       490       |       350        |      760       |
User1084=| 6×Ð32/48 (6ÍÂÄ48-2Ó) |       485       |       428        |      700       |
User1085=|                      |       370       |       375        |      700       |
User1086=|                      |       294       |       300        |      700       |
User1087=| 6×PH32/48 (6ÍÂÄ48ÀÓ) |       486       |       330        |      670       |
User1088=| 8×PH24/36(8ÍÂÄ36À-1Ó)|       425       |       500        |      117       |
User1089=|8×HCÏ24/36(8ÂÄ36/24À1)|       441       |       500        |      123       |
User1090=|6×HCÏ27,5/36(6Ë275ØÏÍ)|       515       |       600        |      150       |
User1091=| 6×PH36/50 (6Ë350ÏÍ)  |       721       |       375        |      670       |
User1092=+----------------------+-----------------+------------------+----------------+
User1200=Final calculations of resistance and power by method Hollenbach-1998
User1201=Program of resistance prediction for cargo ships by Hollenbach-1998 method was developed in NUoS, Ukraine, 2008
User0843=Length over surface_Los
User0495=by Hollenbach-1998
User1202=+--------+--------+--------+--------+--------+--------+--------+--------+--------+
User1203=|   Vs   |   Vms  |   Fr   |   R_f  |   R_r  |   R_T  |   Pe   |  R_T_e |  Pe_e  |
User1204=|   kn   |   m/s  |    -   |    N   |    N   |    N   |   W    |    N   |   W    |
User1205=|   kn   |   m/s  |    -   |   kN   |   kN   |   kN   |   kW   |   kN   |   kW   |
User0299=Final calculations of resistance by method Holtrop-1988
User0323=ATTENTION!!! Calculation for sea vessels by Holtrop-1988 method.
User0345=4.If wetted surface area S is set as 0, then S to calculate by formula from method of Holtrop.
User0630=by Holtrop-1988
User0944=Holtrop-1988 method
User1220=If S=-8, then S=V^0.3333*(3.4*V^0.3333+0.5*Lwl) - for cargo ships and ferries (Lap,1954)
User1221=If S=-9, then S=V/B*1.7/[Cb-0.2*(Cb-0.65)]+B/T - for cargo ships and ferries (Danckwardt,1969)
User1222=If S=-10, then S=V/B*1.7/Cb+B/T*(0.92+0.092*Cb) - for trawlers (Danckwardt,1969)
User1223=If S=-11, then S=Lpp*(1.8*T+B*Cb) - for modern warships (Schneekluth,1988)
User1224=by Lap-1954 formulae
User1225=by Danckwardt-1969 formulae
User1226=by Schneekluth-1988 formulae
User1227=Speed ship [kn]
User1228=Resistance [kN]
User0696=Wageningen B-Screw Series Propeller Preliminary Design
User0697=Advance coefficient Jp
User0698=Thrust coefficient and torque: KT; 10*KQ
User0699=Propeller efficiency Eta0
User1300=PROPELLER OPTIMIZATION PROGRAM (POP.1.5)
User1301=M. G. Parsons, December, 1994
User1302=1. METHODS:
User1303=1.1    This program implements the Wageningen B-Screw Series regression equations presented
User1304=by Oosterveld and van Oossanen [1]. The user can either evaluate a given propeller or use
User1305=mathematical programming from Parsons [2] to obtain the optimum open water efficiency
User1306=propeller for a given application.
User1307=1.2   In the optimization mode, the user specifies the required thrust and speed of advance.
User1308=The program then uses the Nelder and Mead Simplex Search method with an External Penalty
User1309=Function [2] to determine the optimum propeller. Wageningen B-Screw Series 3- through
User1310=7-bladed propellers with Reynolds number corrections are available. Optimization among
User1311=blade number must be handled with separate runs for each blade number and then simple
User1312=comparison. For controllable-reversible-pitch propeller estimates, the program reduces
User1313=the B-Screw Series open water efficiency by 2 percent. The program includes either the
User1314=Burrill five or ten percent back cavitation criterion [3]. The optimization independent
User1315=variables are the expanded area ratio Ae/Ao, the pitch-diameter ratio P/Dp, and the
User1316=propeller diameter Dp. The propeller RPM needed to produce the specified thrust (within
User1317=about 1 lbf.) is determined at each step of the search in an internal loop. Thus, instead
User1318=of having RPM as a fourth independent variable, it is established by the equality constraint
User1319=that the produced thrust must equal the required thrust. This is an implicit constraint so
User1320=the required RPM is found by an iteration. The constraints on the variables are as follows:
User1321=3 <= Nblade <= 7
User1322=0.3 <=  Ae/Ao <= 1.05
User1323=0.5 <=  P/Dp  <= 1.40
User1324=Dpmin <= Dp   <= Dpmax
User1325=0.0  <=   J   <= 1.60
User1326=0.0 <= thrust loading <= Burrill 5% or 10% limit
User1327=
User1328=1.4 The optimization is for the maximum open water efficiency propeller that will produce
User1329=the required thrust at the specified speed of advance. The Burrill 5% back cavitation
User1330=criterion is recommended. The program does not check to see that the resulting design
User1331=is "slightly to the left" of the peak of the efficiency versus J diagram as is usually
User1332=recommended as margin if the design misses the predicted operating point RPM. The user
User1333=should check this on the graphical output.
User1334=1.5 An error message will be printed if the determination of the RPM needed to produce the
User1335=required thrust does not converge within 400 iterations within the computations.
User1336=1.6 Propeller Type allows the selection of a fixed-pitch or controllable-pitch propeller.
User1337=At this time, only the Wageningen B-Screw Series is supported and the open water efficiency
User1338=is reduced by 2 percent for the controllable-pitch propeller option to reflect the larger
User1339=hub.
User1340=1.7 Propeller Characteristics obtains the blade number and the basic parameters for the
User1341=propeller. If the optimization option is being used, the parameters are the initial
User1342=values used by the search algorithm. If the evaluation option is being used, the
User1343=parameters are those evaluated by the program.
User1344=1.8 NBLADE number of blades on propeller, 3 through 7 supported
User1345=1.9 Ae/Ao initial point for search or evaluated expanded area ratio
User1346=1.10 P/Dp initial point for search or evaluated pitch diameter ratio
User1347=1.11 Dp initial point for search or evaluated propeller diameter in meters
User1348=1.12 Operating Conditions obtains the ship speed, wake fraction, and thrust required from
User1349=the propeller. It also allows the selection of the 5% or 10% Burrill back cavitation
User1350=constraint and obtains the submergence of the shaft centerline needed to calculate the
User1351=Cavitation Number at the blade tip.
User1352=1.13 THR required thrust per propeller in kilonewtons; Rt/(1 - t)
User1353=Vk - ship speed in knots
User1354=w - average longitudinal wake fraction
User1355=HWLM - depth of shaft centerline below waterline in meters
User1356=1.14 Water Properties allows the choice of fresh water @ 15C, salt water @ 15C or user-specified
User1357=water properties.
User1358=1.15 When the optimization is selected, a minimum and maximum propeller diameter
User1359=must be specified. The user can also enter a run specific identifier at this point, if
User1360=desired.
User1361=1.16 Dpmin - Minimum propeller diameter in meters. Typically this is about 25% of Dpmax for
User1362=fixed-pitch propellers and about 35% of Dpmax for controllable-pitch propellers.
User1363=1.17 Dpmax - Maximum propeller diameter permitted by hull and required clearances, in meters.
User1364=When the analysis process is completed, the program can be produce an open water efficiency,
User1365=KT, and KQ versus J and plot graphics.
User1366=REFERENCES:
User1367=1.Oosterveld, M. W. C., and van Oossanen, P., "Further Computer-Analyzed Data of the
User1368=Wageningen B-Screw Series," International Shipbuilding Progress,Vol.22,No.251,July,1975.
User1369=2.Parsons, M. G., "Optimization Methods for Use in Computer-Aided Ship Design,"Proceedings
User1370=of the First SNAME STAR Symposium, 1975.
User1371=3.Comstock,J.P.(Ed.),Principles of Naval Architecture,Vol.II,1988 Edition,SNAME,New York,p.182.
User0962=Computing time
User0963=seconds
User0464=ft
User0465=ft^2
User0466=ft^3
User0467=ft^4
User0468=lbs/ft^3
User0469=t/m^3
User0470=m^4
User0471=ft^2/s
User0472=m^2/s
User0473=tons
User0474=tonnes
User0755=in
User0756=mm
User1229=Have not input file for calculation is here!!!
User1230=Have not file
User1231=for calculation is in Free!Ship directory!!!
User1232=R E S U L T S   O F   C A L C U L A T I O N
User1233=Added masses of a ship:
User1234=Note 1: Calculated number of hull surface areas  :
User1235=Note 2: Added masses are be devided on           :
User1093=HydroNShIp_AddedMass v1.0 is free  CFD  software of added masses calculation for
User1094=education and noncommercial use only.
User1095=Copyright (c) Dudchenko O.M., 1987-1994, Timoshenko V.F., 1992-2008
User1096=1.METHODS:
User1097=1.1   Added masses are defined numerically by a method of successive  approxima-
User1098=tions at the decision of integrated equations Fredholm of 2-nd  sort  concerning
User1099=density of hydrodynamic features (sources - effluents) distributing continuously
User1100=on surface ship hull (with keels) with  the  account  and  without  taking  into
User1101=account effect of a bottom and a trim [1,2]. Thus we believe,that a fluid ideal,
User1102=incompressible, and movement potential. Ship hull is  considered  as  the  solid
User1103=limited to the closed surface and moving in a boundless fluid.
User1104=2.LIMITATIONS of freeware version:
User1105=2.1 Interaction between catamarans  hulls  in  freeware HydroNShIp_AddedMass not
User1106=calculate.
User1107=2.2 User must be control input data for water depth value and trim angle,because
User1108=intersection between a ship hull surface and sea bottom is not admiss.
User1109=2.3 This  is  limited  number  of  areas (not  more 1600)for modeling surface of
User1110=a ship hull. It's decrease accuracy of added masses calculation.
User1111=
User1112=3.REFERENCES:
User1113=1. Äóä÷åíêî Î.Í. ×èñëåííîå îïðåäåëåíèå èíåðöèîííûõ õàðàêòåðèñòèê òåëà â  áåçãðà-
User1114=íè÷íîé æèäêîñòè//Ãèäðîäèíàìèêà êîðàáëÿ: Ñá.íàó÷.òð.– Íèêîëàåâ,ÍÊÈ,1987.– ñ.21-26.
User1115=2. Òèìîøåíêî Â.Ô. Îïðåäåëåíèå  èíåðöèîííûõ  õàðàêòåðèñòèê   ïîäâîäíîãî  àïïàðàòà
User1116=âáëèçè äíà è â ñòðàòèôèöèðîâàííîé æèäêîñòè//Ãèäðîäèíàìèêà êîðàáëÿ. Ñá. íàó÷í. òð.
User1117=Íèêîëàåâ, ÍÊÈ, 1993. – c. 22-27.
User1150=Maneuvering Prediction Program (MPP-1.3)
User1151=M. G. Parsons, December, 1994
User1152=1. METHODS:
User1153=1.1  This program offers two main options: Linear Evaluation which implements the
User1154=methods proposed by Clarke, Gedling, and Hine (1) for the  assessment  of  course
User1155=stability,  turning  ability,  and  controllability  by  a  helmsman; and Turning
User1156=Prediction which  implements  the  multiple linear regression equations presented
User1157=by Lyster and Knights (2) for the estimation of turning circle characteristics.
User1158=1.2  The  user should consult the Clarke paper prior to using the program. If the
User1159=Linear  Evaluation option is used, the user can also obtain the linearized maneu-
User1160=vering equations of motion in state variable form (3).
User1161=1.3  In the Linear Evaluation option, the linear derivatives are estimated using
User1162=the multiple linear regression equations presented by Clarke et al (1). The velo-
User1163=city derivatives  were obtained from 72 sets of data from rotating arm and planar
User1164=motion  tests.  Acceleration  derivatives  were  obtained from planar motion test
User1165=data. The  independent  variables  include  T/LWL, CB*B/T, B/LWL, and B/T. Clarke
User1166=feels  that  these  results  are  at  least  as  effective  as the semi-empirical
User1167=equations developed by Wagner Smitt, Norrbin, or  Inoue. Water  depth corrections
User1168=were added  by  regressing  the  data  presented by Fugino (4) for the Tokyo Maru
User1169=( CB = 0.805 ) and the  Mariner ( CB = 0.589 ). Independent  variables  in  these
User1170=analyses were CB and inverse powers of F = (H/T) -1. These  can be used for water
User1171=depths down to H/T= 1.3, but are considered unreliable below this value. The trim
User1172=corrections presented by Inoue (5) are used  for  the  velocity  derivatives. The
User1173=independent variable  in  these corrections  is the trim to mean draft ratio. The
User1174=various  time  constants  and  gains  in  the  first-  and  second-order Nomoto's
User1175=equations are calculated from the linear derivatives.
User1176=1.4  The quantities calculated to allow evaluation of the maneuvering performance
User1177=of the vessels are as follows:
User1178=1.4.1 Inverse time  constant (1/T')  and  inverse  gain  (1/K'). Turning  ability
User1179=increases  with  decreasing 1/K' while course stability and quickness of response
User1180=to helm increases with 1/T'.
User1181=1.4.2 Clarke's turning index P.This quantity is derived from the linear equations
User1182=as  the  amount  of  turn achieved in one ship length using a unit step rudder. A
User1183=minimum value of 0.3 (equivalent to about 10 degrees for a 35 degree step rudder,
User1184=within the  limits  of  the  linearized  equations of motion) is recommended with
User1185=values as low as 0.2 considered acceptable for large tankers.
User1186=1.4.3 Bare hull  dynamic  stability  criterion C. This must be positive for open-
User1187=loop, controls-fixed course stability of the bare hull.
User1188=1.4.4 Phase margin applicable to the closed-loop steering system.The phase margin
User1189=of the ship transfer function, including the steering gear, is calculated. Nomoto
User1190=notes  that  by  anticipating  the  ship’s  turning, a typical helmsman can apply
User1191=between 20 and 30 degrees of phase advance.  Thus, the  ship  with  steering gear
User1192=cannot have more than this amount of negative phase margin  for  the  combination
User1193=of the ship and helmsman to be closed-loop stable on course. Thus, a phase margin
User1194=greater than about -20 degrees is recommended for reasonable human control.
User1195=1.5 All  output  is  nondimensional  following Clarke (1) except the phase margin
User1196=which is expressed in degrees.
User1197=1.6 In the completely independent Turning Prediction option, the regression equa-
User1198=tions developed by Lyster and Knights (2) from sea trial results are used to  es-
User1199=timate turning  characteristics for a user-input rudder angle and approach speed.
User1250=The  dependence  of the turns of single screw ships on the direction of propeller
User1251=rotation and the ratio of the mean draft to the design draft were not implemented.
User1252=1.7 The option produces estimates of the following:
User1253=- steady turning diameter (meters)
User1254=- tactical diameter (meters)
User1255=- advance (meters)
User1256=- transfer (meters)
User1257=- steady speed in the turn (knots)
User1258=1.8  This model is for deep water and includes no dependence on water  depth. The
User1259=range  of the ship parameters included in the Lyster and Knights’ regression data
User1260=set is as follows:
User1261=single screw                         twin screw
User1262=54.9  <=     LBP      <= 329.2 m     76.2 <=     LBP      <= 225.6 m
User1263=0.56  <=     CB       <= 0.87        0.42 <=      CB      <= 0.62
User1264=10.0  <= rudder angle <= 45 degrees  10.0 <= rudder angle <= 35 degrees
User1265=5.56  <=     L/B      <= 9.09        5.00 <=     L/B      <= 16.67
User1266=0.00  <=   trim/LBP   <= 0.05       -0.01 <=   trim/LBP   <= 0.03
User1267=0.01  <=     AR       <= 0.04        0.01 <=      AR      <= 0.02 per rudder
User1268=-0.11 <=     AB       <= 0.04       -0.10 <=      AB      <= 0.0
User1269=0.060 <=     Fn       <= 0.298      0.074 <=      Fn      <= 0.655
User1270=This model should be used with CAUTION outside this range.
User1271=2.   INPUT:
User1272=2.1  The input to MPP is through a series as follows:
User1273=Vessel Characteristics obtains the basic dimensions, form coefficients,  LCG, yaw
User1274=radius of gyration, and bow profile information for the hull.
User1275=- LWL length on waterline in meters
User1276=- B maximum beam on waterline in meters
User1277=- TF draft forward in meters
User1278=- TA draft aft in meters
User1279=- CB block coefficient on LWL
User1280=- LCG longitudinal center of gravity in %LWL from amidships; + forward
User1281=- GYRAD yaw radius of gyration k33 as a fraction of LWL; default value 0.25
User1282=- AB difference between the submerged bow profile area  on  the  centerplane  and
User1283=that of a plumb bow as fraction of LWL*T; i.e.,AB = area forward of STA0/(LWL*T),
User1284=positive when a bulbous bow projects forward of  the  forward  perpendicular,  or
User1285=AB = cutaway  area  aft  of  STA0/(LWL*T), negative  with a raked stem or cutaway
User1286=forefoot.
User1287=2.2  Steering Characteristics obtains the rudder area, steering gear  time  cons-
User1288=tant, position of the rudder center of effort (typically the 1/4 chord point from
User1289=the leading edge), and selection of single or twin screw. The rudder area can  be
User1290=input either as a fraction of LWL*T or automatically as the minumum  rudder  area
User1291=specified  by  Det  Norske  Veritas for commercial vessels. For single screw, the
User1292=sterm  type  must  be  designated  as a closed or open stern. For twin screw, the
User1293=number of rudders must be designated as one or two.
User1380=2.2.1  AR total rudder  area  as fraction of LWL*T; i.e., AR = A/(LWL*T);  option
User1381=is calculated from the Det Norske Veritas minimum rudder area
User1382=2.2.2  TE steering gear time constant in seconds; default value is 2.5 s
User1383=2.2.3  XR center of effort of rudder in %LWL from amidships;+ aft;i.e.,about 49.0
User1384=2.3    Operating Conditions obtains the water depth and the initial vessel speed.
User1385=2.3.1  H/T water depth to ship draft ratio (H/T); input 1000 for deep water
User1386=2.3.2  VK initial or reference ship speed in knots
User1387=3. REFERENCES:
User1388=1. Clarke  D., Gedling  P., and Hine  G., "The Application of Manoevring Criteria
User1389=in Hull Design Using Linear Theory", Transactions RINA, Vol. 124, 1982.
User1390=2. Lyster  C. A., and Knights  H. L., "Prediction  Equations  for  Ships' Turning
User1391=Circles", Transactions NECIES 1978-1979.
User1392=3. Parsons M. G., "Informal  Notes for NA530 Automatic Control in Naval Architec-
User1393=ture  and  Marine  Engineering", Vol. I, "Classical Control," and Vol. II "Modern
User1394=Control."
User1395=4. Fugino  M., "Maneuverability in Restricted Waters: State of the Art", The Uni-
User1396=versity of Michigan NAME Report No. 184, Aug., 1976.
User1397=5. Inoue, S., Hirano, M., and Kijima, K., "Hydrodynamic Derivatives on Ship Mano-
User1398=evring", International Shipbuilding Progress, Vol. 28, No. 321, 1981.
User0638=Results of optimisation:
User0639=for
User0754=This is version of program work with metric system units only
User0711=5.Standart deviation of database for typical resistance Hollenbach's method:
User0712=+-------------+----------------------------------------+-------------------+
User0713=|             |            Single-screw ship           |                   |
User0714=| Character.  |-------------------+--------------------+  Twin-screw ship  |
User0715=|             |    Design draft   |   Ballast draft    |                   |
User0716=+-------------+-------------------+--------------------+-------------------+
User0717=| L/V**0,3333 |  4,490 ... 6,008  |  5,450 ... 7,047   |  4,405 ... 7,265  |
User0718=|     Cb      |  0,601 ... 0,830  |  0,559 ... 0,790   |  0,512 ... 0,775  |
User0719=|     L/B     |  4,710 ... 7,106  |  4,949 ... 6,623   |  3,960 ... 7,130  |
User0720=|     B/T     |  1,989 ... 4,002  |  2,967 ... 6,120   |  2,308 ... 6,110  |
User0721=|   Los/Lwl   |  1,000 ... 1,050  |  1,000 ... 1,050   |  1,000 ... 1,050  |
User0722=|   Lwl/L     |  1,000 ... 1,055  |  0,945 ... 1,000   |  1,000 ... 1,070  |
User0723=|    Dp/Ta    |  0,430 ... 0,840  |  0,655 ... 1,050   |  0,495 ... 0,860  |
User0724=+-------------+-------------------+--------------------+-------------------+
User0937=
User0939=Characteristics of open water of propeller B-series
User0725=1.1   This program calculates the open water characteristics of a fixed-pitch full-scale
User0726=propeller,as published by:
User0727=*     M.W.C.Oosterveld and P. van Oossanen. Further Computer-Analyzed Data of Wageningen
User0728=B-Screw Series. I.S.P., Vol. 22, No. 251, July 1975.
User0729=N.M.S.B., Report No. 479.
User0730=1.2   Also the program calculates for each RPM the coefficients of a third degree  poly-
User0731=nomial, expressed in the speed ratio J.
User0732=1.3   When decreasing the thrust and the  efficiency  by  approximately  3  percent, the
User0733=results can be used for a controllable pitch propeller without a nozzle.
User0938=Do NOT calcs this task:
User0757=1. Do not find into \Exec or damaged file
User0758=2. One or some input datas are outside valid domain.
User0759=3. This is very slow computer, FSB < 800 MHz.
User0734=ATTENTION!!! Stopped acceleration calculation, because steady engine RPM
User0735=is lower then critical. Increase engine power.
User0736=Do not resistance calculation results of a ship!!!
User0737=Aerodynamic characteristics of a merchant ship
User0738=Aerodynamic coefficients Cx, Cy, 10*Cmz
User0739=Angle of rel wind off bow [degr.]
User0740=
User1236=Added masses of equivalent ellipsoid body:
User0741=Optimal advance coeffic.  Jp_opt =
User0742=Maximum efficiency      Eta0_max =
User0743=Zero thrust advance coeff. Jp_T0 =
User0744=Zero moment advance coeff. Jp_Q0 =
User0745=1.4   This is program modification calcs zero thrust and moment advances,
User0746=optimal advance Jopt and maximal efficiency Eta0_max of propeller series B.
User0747=1.5   Õàðàêòåðèñòèêè ÃÂ ñåðèè Â ìîãóò çàäàâàòüñÿ â ñëåäóþùèõ ïðåäåëàõ:
User0748=1.5.1    3 <= Nblade <= 7;  0,3 <=  Ae/Ao <= 1,05;  0,5 <=  P/Dp  <= 1,40 ;
User0749=1.6   Äèàïàçîí îòíîñèòåëüíîé ïîñòóïè: 0 <=  Jp=Vp/n/Dp <= 1,6.
User0770=Program of aerodynamics characteristics calculation for merchant ships.
User0771=1.1   This wind resistance prediction method in this program has been described by:
User0772=1.1.1 R.M.Isherwood, "Wind  Resistance of  Merchant  Ships", Proceedings  of  Royal
User0773=Institution of Naval Architects, 1973.
User0774=1.2   Needed input data parameters:
User0775=SLOA - Length overall [m];
User0776=B    - Beam [m];
User0777=AL   - Lateral projected wind area [m2];
User0778=AS   - Lateral projected area of superstructure [m2];
User0779=AT   - Transverse projected wind area [m2];
User0780=S    - Length of perimeter of lateral projection, excluding WL and slender bodies;
User0781=C    - Distance from bow to centroid of lateral projected area (m);
User0782=M    - Number of distinct groups of masts or king posts;
User0783=1.2   Number of groups of masts M:
User0784=1  - Passenger ships and ferries;
User0785=2  - Cargo ships with engines amidships, load;
User0786=3  - Cargo ships with engines amidships, ballast;
User0787=4  - Cargo ships with engines aft, load;
User0788=5  - Cargo ships with engines aft, ballast;
User0789=6  - Tankers and ore carriers with bridge amidships, load;
User0790=7  - Tankers and ore carriers with bridge amidships, ballast;
User0791=8  - Tankers and ore carriers with bridge aft, load;
User0792=9  - Tankers and ore carriers with bridge aft, ballast;
User0793=10 - Stern trawlers;
User0794=11 - Tugs.
User0795=1.3    Output data:
User0796=Cx = Fx/(0.5*RHOA*Vr^2*AT)+-1.96*Stand_Err(X)    - longitudinal force coefficient;
User0797=Cy = Fy/(0.5*RHOA*Vr^2*AT)+-1.96*Stand_Err(Y)    - lateral force coefficient;
User0798=Cn = N/(0.5*RHOA*Vr^2*AT*LOA)+-1.96*Stand_Err(N) - yawing moment coefficient,
User0799=in which:
User0844=Fx   - longitudinal force [N];
User0845=Fy   - lateral force [N];
User0846=N    - yawing moment [N*m];
User0847=RHOA - density of air;
User0848=Vr   - RMS of relative wind speed between water level and top of superstructure.
User1500=Input Verification:
User1501=Length of Waterline LWL (m)            =
User1502=Maximum Beam on LWL (m)                =
User1503=Depth at the Bow (m)                   =
User1504=Mean Draft (m)                         =
User1505=Draft Forward (m)                      =
User1506=Draft Aft (m)                          =
User1507=Block Coefficient on LWL            CB =
User1508=Prismatic Coefficient on LWL        CP =
User1509=Midship Coefficient to LWL       CM=CX =
User1510=Waterplane Coefficient on LWL      CWP =
User1511=Center of Buoyancy LCB (% LWL; + Fwd)  =
User1512=Center of Buoyancy LCB (m from FP)     =
User1513=Molded Volume (m^3)                    =
User1514=Deck House/Cargo Frontal Area (m^2)    =
User1515=Water Type                             =
User1516=Water Density (kg/m^3)                 =
User1517=Kinematic Viscosity (m^2/s)            =
User1518=Appen. Drag (% Bare Hull Resistance)   =
User1519=Bulb Section Area at Station 0 (m^2)   =
User1520=Vertical Center of Bulb Area (m)       =
User1521=Transom Immersed Area (m^2)            =
User1522=Stern Type                             =
User1523=Design Margin on RT,PE,REQ.THR (%)     =
User1524=Propulsion Type                        =
User1525=Propeller Diameter (m)                 =
User1526=Propeller Expanded Area Ratio Ae/Ao    =
User1527=Wetted Surface (m^2)                   =
User1528=Half Angle of Entrance (deg)           =
User1529=Speed, Resistance Coefficients and Frictional Resistance RF(N):
User1530=V(kts)    V(m/s)      FN     SLRATIO     CF        CR        CA       RF
User1531=Remaining Resistance Components (N):
User1532=Form    Appendage   Wave       Bulb    Transom Correlation Air Drag
User1533=V(kts)   RF*K1      RAPP      RW         RB       RTR       RA       RAIR
User1534=Resistance, Effective Power, Propulsion Factors and Required Thrust
User1535=V(kts)   RT(N)     PE(kW)      w        t     REQ.THR(N)    etaH      etaRR
User1536=Design Margin Has Been Included in RT, PE, and REQ.THR = RT/(1-t).
User1538=CALCULATION OF WIND COEFFICIENTS OF A SHIP
User1539=Merchant ship
User1540=LENGTH OVERALL ................... SLOA :
User1541=BREADTH ............................ BR :
User1542=LATERAL PROJECTED WIND AREA ........ AL :
User1543=LATERAL PROJ. AREA OF SUPERSTRUCTURE AS :
User1544=TRANSVERSE PROJECTED WIND AREA ..... AT :
User1545=LENGTH OF PERIMETER ................. S :
User1546=DISTANCE FROM BOW TO CENTROID ....... C :
User1547=NUMBER OF GROUPS OF MASTS, ETC. ..... M :
User1548=.................LONG FORCE............LAT FORCE..........YAW MOMENT....
User1549=ANGLE OF
User1550=REL WIND       COEFF    STAND       COEFF    STAND       COEFF    STAND
User1551=OFF  BOW                ERROR                ERROR                ERROR
User1552=(degr)          (-)      (-)         (-)      (-)         (-)      (-)
User1553=1/min
User1555=CALCULATION OF OPEN WATER CHARACTERISTICS OF A PROPELLER
User1556=PROPELLER B Series
User1557=AAE  =
User1558=PPD  =
User1559=NPB  =
User1560=DPR  =
User1561=RPM  =
User1562=J        KT     DKT    KT+DKT       KQ      DKQ    KQ+DKQ     ETA-0

[TFreeCrosscurvesDialog]
TFreeCrosscurvesDialog.Caption=Cross curves.
TFreeCrosscurvesDialog.ToolButton1.Hint=Start the calculation.
TFreeCrosscurvesDialog.ToolButton2.Caption=Abort
TFreeCrosscurvesDialog.ToolButton2.Hint=Abort the calculation
TFreeCrosscurvesDialog.PrintButton.Caption=Cross curves.
TFreeCrosscurvesDialog.PrintButton.Hint=Print the results of the calculation.
TFreeCrosscurvesDialog.SaveButton.Hint=Save the results of the calculation.
TFreeCrosscurvesDialog.ToolButton25.Hint=Close the window and save changes.
TFreeCrosscurvesDialog.ToolButton7.Hint=Close window without saving changes.
TFreeCrosscurvesDialog.GroupBox1.Caption=Displacements.
TFreeCrosscurvesDialog.Label1.Caption=Start displ.
TFreeCrosscurvesDialog.Label2.Caption=End displ.
TFreeCrosscurvesDialog.Label3.Caption=Displ. step
TFreeCrosscurvesDialog.Label1_.Caption=Projected displ.,[tons]
TFreeCrosscurvesDialog.Label2_.Caption=Estimated Z of CoG, [m]
TFreeCrosscurvesDialog.Button1.Caption=Add
TFreeCrosscurvesDialog.Button2.Caption=Delete
TFreeCrosscurvesDialog.CheckBox1.Caption=Incremental displ.
TFreeCrosscurvesDialog.GroupBox2.Caption=Heeling angles.
TFreeCrosscurvesDialog.GroupBox3.Caption=Data for SSD
TFreeCrosscurvesDialog.Button3.Caption=Add
TFreeCrosscurvesDialog.Button4.Caption=Delete
TFreeCrosscurvesDialog.TabSheet1.Caption=Graph
TFreeCrosscurvesDialog.TabSheet2.Caption=Data
TFreeCrosscurvesDialog.TabSheet3.Caption=Stability diagram

[TFreeResistance_Planing]
TFreeResistance_Planing.Caption=Planing ship power prediction calculation.
TFreeResistance_Planing.PrintButton.Hint=Print the results of the calculation.
TFreeResistance_Planing.ToolButton25.Hint=Close the window and save changes.
TFreeResistance_Planing.ToolButton7.Hint=Close window without saving changes.
TFreeResistance_Planing.TabSheet1.Caption=General
TFreeResistance_Planing.Label2.Caption=Length waterline
TFreeResistance_Planing.Label3.Caption=Beam waterline
TFreeResistance_Planing.Label4.Caption=Draft
TFreeResistance_Planing.Label6.Caption=Wetted surface area
TFreeResistance_Planing.Label8.Caption=Cp
TFreeResistance_Planing.Label13.Caption=Displacement
TFreeResistance_Planing.Label15.Caption=Deadrise amidships
TFreeResistance_Planing.Label17.Caption=LCG
TFreeResistance_Planing.Label19.Caption=Midship area above waterline
TFreeResistance_Planing.Label20.Caption=Roughness coefficient *10^3
TFreeResistance_Planing.Label21.Caption=Maximal speed
TFreeResistance_Planing.CheckBox2.Caption=Extract data from current hull
TFreeResistance_Planing.CheckBox3.Caption=Add aerodynamic resistance
TFreeResistance_Planing.CheckBox4.Caption=Add appendage resistance
TFreeResistance_Planing.CheckBox5.Caption=Add spray strips influence
TFreeResistance_Planing.TabSheet2.Caption=Results

[TFreeResistance_Holtr]
TFreeResistance_Holtr.Caption=Resistance for Sea Ships by Holtrop-1988(84) method
TFreeResistance_Holtr.General.Caption=General
TFreeResistance_Holtr.GroupBox1.Caption=General
TFreeResistance_Holtr.Label1.Caption=Minimal  speed
TFreeResistance_Holtr.Label2.Caption=Estimate speed
TFreeResistance_Holtr.Label3.Caption=Maximal  speed
TFreeResistance_Holtr.Label4.Caption=Water density
TFreeResistance_Holtr.Label5.Caption=Viscosity
TFreeResistance_Holtr.GroupBox2.Caption=Hull
TFreeResistance_Holtr.Label13.Caption=Wetted surface,m^2__S
TFreeResistance_Holtr.Label20.Caption=Midship draft,m______T
TFreeResistance_Holtr.Label21.Caption=Trim,m____________dT
TFreeResistance_Holtr.Label22.Caption=Beam waterline,m__Bwl
TFreeResistance_Holtr.Label23.Caption=Length waterline,m_Lwl
TFreeResistance_Holtr.Label24.Caption=Prismatic coefficient____Cp
TFreeResistance_Holtr.Label25.Caption=LCB,%______________lcb
TFreeResistance_Holtr.Label26.Caption=Displacement, m^3_____V
TFreeResistance_Holtr.Label27.Caption=Waterplane area, m^2_Swp
TFreeResistance_Holtr.Label8.Caption=Operating coefficient Ke
TFreeResistance_Holtr.Label9.Caption=Transom wetted area, m^2
TFreeResistance_Holtr.Label10.Caption=Bulbous area on F.P., m^2
TFreeResistance_Holtr.Label11.Caption=Z COG of bulbous area, m
TFreeResistance_Holtr.Label14.Caption=After stern form coefficient Cstrn
TFreeResistance_Holtr.Label15.Caption=Number of propellers
TFreeResistance_Holtr.Label16.Caption=Propeller diameter, m
TFreeResistance_Holtr.Label17.Caption=Absolute roughness, mkm
TFreeResistance_Holtr.EstimateBox.Caption=Use estimate
TFreeResistance_Holtr.Estimate2Box.Caption=Calculate Ke
TFreeResistance_Holtr.Estimate3Box.Caption=Add calculated by Holtrop-1984 method
TFreeResistance_Holtr.Estimate4Box.Caption=Extract half entrance angle from model - Ie
TFreeResistance_Holtr.CheckBox2.Caption=Extract data from current hull
TFreeResistance_Holtr.Label281.Caption=Keel and skeg area:
TFreeResistance_Holtr.Label28.Caption=Skeg, m^2
TFreeResistance_Holtr.Label29.Caption=Bilge keels, m^2
TFreeResistance_Holtr.Label30.Caption=Shaft brackets area, m^2
TFreeResistance_Holtr.Label31.Caption=Strut bossing area, m^2
TFreeResistance_Holtr.Label32.Caption=Hull bossing area, m^2
TFreeResistance_Holtr.Label33.Caption=Exposed shafts area for angle with buttoks:
TFreeResistance_Holtr.Label35.Caption=about 10 degrees
TFreeResistance_Holtr.Label36.Caption=about 20 degrees
TFreeResistance_Holtr.Label37.Caption=Stabiliser fins area, m^2
TFreeResistance_Holtr.Label38.Caption=Dome area, m^2
TFreeResistance_Holtr.Label61.Caption=Rudder area, m^2:
TFreeResistance_Holtr.Label6.Caption=One behind skeg/stern
TFreeResistance_Holtr.Label7.Caption=Tween-screw rudders
TFreeResistance_Holtr.Data2.Caption=Added data
TFreeResistance_Holtr.GroupBox3.Caption=Data for operating coefficient:
TFreeResistance_Holtr.GroupBox4.Caption=Appendage areas input:
TFreeResistance_Holtr.Label6_1.Caption=Time of ship hull is in water, month
TFreeResistance_Holtr.Label6_2.Caption=Heigth of 3% wave, m
TFreeResistance_Holtr.Label6_3.Caption=Course angle of moving wave, degree
TFreeResistance_Holtr.Label6_4.Caption=Wind speed, m/s
TFreeResistance_Holtr.Label6_5.Caption=Course wind angle, degree
TFreeResistance_Holtr.Label6_6.Caption=Height of a board above DWL, m
TFreeResistance_Holtr.Label6_7.Caption=Air density, kg/m^3
TFreeResistance_Holtr.Label6_8.Caption=Middle height of superstructure above DWL, m
TFreeResistance_Holtr.Label6_9.Caption=Depth of water, m
TFreeResistance_Holtr.Label6_10.Caption=Wetted area of midsection, m^2
TFreeResistance_Holtr.Label6_11.Caption=The Ship types (1-11):
TFreeResistance_Holtr.Label7_1.Caption=1  - Passenger ships and ferries;
TFreeResistance_Holtr.Label7_2.Caption=2  - Cargo ships with engines amidships, load;
TFreeResistance_Holtr.Label7_3.Caption=3  - Cargo ships with engines amidships, ballast;
TFreeResistance_Holtr.Label7_4.Caption=4  - Cargo ships with engines aft, load;
TFreeResistance_Holtr.Label7_5.Caption=5  - Cargo ships with engines aft, ballast;
TFreeResistance_Holtr.Label7_6.Caption=6  - Tankers and ore carriers with bridge amidships, load;
TFreeResistance_Holtr.Label7_7.Caption=7  - Tankers and ore carriers with bridge amidships, ballast;
TFreeResistance_Holtr.Label7_8.Caption=8  - Tankers and ore carriers with bridge aft, load;
TFreeResistance_Holtr.Label7_9.Caption=9  - Tankers and ore carriers with bridge aft, ballast;
TFreeResistance_Holtr.Label7_10.Caption=10 - Stern trawlers;
TFreeResistance_Holtr.Label7_11.Caption=11 - Tugs.
TFreeResistance_Holtr.Results.Caption=Results
TFreeResistance_Holtr.ToolButton20.Hint=Start the calculation.
TFreeResistance_Holtr.PrintButton.Hint=Print the results of the calculation.
TFreeResistance_Holtr.ToolButton25.Hint=Close the window and save changes.
TFreeResistance_Holtr.ToolButton7.Hint=Close window without saving changes.

[TFreeResistance_Hollen]
TFreeResistance_Hollen.Caption=Resistance for Cargo Ships by Hollenbach-1998 method
TFreeResistance_Hollen.General.Caption=General
TFreeResistance_Hollen.GroupBox1.Caption=General
TFreeResistance_Hollen.Label1.Caption=Minimal  speed
TFreeResistance_Hollen.Label2.Caption=Estimate speed
TFreeResistance_Hollen.Label3.Caption=Maximal  speed
TFreeResistance_Hollen.Label4.Caption=Water density
TFreeResistance_Hollen.Label5.Caption=Viscosity
TFreeResistance_Hollen.GroupBox2.Caption=Hull
TFreeResistance_Hollen.Label13.Caption=Wetted surface,m^2__S
TFreeResistance_Hollen.Label20.Caption=Midship draft,m______T
TFreeResistance_Hollen.Label21.Caption=Trim,m____________dT
TFreeResistance_Hollen.Label22.Caption=Beam waterline,m__Bwl
TFreeResistance_Hollen.Label23.Caption=Length waterline,m_Lwl
TFreeResistance_Hollen.Label24.Caption=Prismatic coefficient____Cp
TFreeResistance_Hollen.Label25.Caption=LCB,%______________lcb
TFreeResistance_Hollen.Label26.Caption=Displacement, m^3_____V
TFreeResistance_Hollen.Label27.Caption=Length over surface,m_Los
TFreeResistance_Hollen.Label8.Caption=Operating coefficient Ke
TFreeResistance_Hollen.Label9.Caption=Number of side thrusters
TFreeResistance_Hollen.Label10.Caption=Bulbous area on F.P., m^2
TFreeResistance_Hollen.Label11.Caption=Nballast ( 0-No; 1-Yes )
TFreeResistance_Hollen.Label14.Caption=After stern form coefficient Cstrn
TFreeResistance_Hollen.Label15.Caption=Number of propellers
TFreeResistance_Hollen.Label16.Caption=Propeller diameter, m
TFreeResistance_Hollen.Label17.Caption=Absolute roughness, mkm
TFreeResistance_Hollen.EstimateBox.Caption=Use estimate
TFreeResistance_Hollen.Estimate2Box.Caption=Calculate Ke
TFreeResistance_Hollen.CheckBox2.Caption=Extract data from current hull
TFreeResistance_Hollen.Label281.Caption=Keel and skeg:
TFreeResistance_Hollen.Label28.Caption=Skeg
TFreeResistance_Hollen.Label29.Caption=Bilge keels
TFreeResistance_Hollen.Label30.Caption=Shaft brackets
TFreeResistance_Hollen.Label31.Caption=Strut bossing
TFreeResistance_Hollen.Label32.Caption=Hull bossing
TFreeResistance_Hollen.Label33.Caption=Exposed shafts for angle with buttoks:
TFreeResistance_Hollen.Label35.Caption=about 10 degrees
TFreeResistance_Hollen.Label36.Caption=about 20 degrees
TFreeResistance_Hollen.Label37.Caption=Stabiliser fins
TFreeResistance_Hollen.Label38.Caption=Dome
TFreeResistance_Hollen.Label61.Caption=Rudder (0...2):
TFreeResistance_Hollen.Label6.Caption=One behind skeg/stern
TFreeResistance_Hollen.Label7.Caption=Tween-screw rudders
TFreeResistance_Hollen.Data2.Caption=Added data
TFreeResistance_Hollen.GroupBox3.Caption=Data for operating coefficient:
TFreeResistance_Hollen.GroupBox4.Caption=Number of appendages (0...2):
TFreeResistance_Hollen.Label6_1.Caption=Time of ship hull is in water, month
TFreeResistance_Hollen.Label6_2.Caption=Heigth of 3% wave, m
TFreeResistance_Hollen.Label6_3.Caption=Course angle of moving wave, degree
TFreeResistance_Hollen.Label6_4.Caption=Wind speed, m/s
TFreeResistance_Hollen.Label6_5.Caption=Course wind angle, degree
TFreeResistance_Hollen.Label6_6.Caption=Height of a board above DWL, m
TFreeResistance_Hollen.Label6_7.Caption=Air density, kg/m^3
TFreeResistance_Hollen.Label6_8.Caption=Middle height of superstructure above DWL, m
TFreeResistance_Hollen.Label6_9.Caption=Depth of water, m
TFreeResistance_Hollen.Label6_10.Caption=Wetted area of midsection, m^2
TFreeResistance_Hollen.Label6_11.Caption=The Ship types (1-11):
TFreeResistance_Hollen.Label7_1.Caption=1  - Passenger ships and ferries;
TFreeResistance_Hollen.Label7_2.Caption=2  - Cargo ships with engines amidships, load;
TFreeResistance_Hollen.Label7_3.Caption=3  - Cargo ships with engines amidships, ballast;
TFreeResistance_Hollen.Label7_4.Caption=4  - Cargo ships with engines aft, load;
TFreeResistance_Hollen.Label7_5.Caption=5  - Cargo ships with engines aft, ballast;
TFreeResistance_Hollen.Label7_6.Caption=6  - Tankers and ore carriers with bridge amidships, load;
TFreeResistance_Hollen.Label7_7.Caption=7  - Tankers and ore carriers with bridge amidships, ballast;
TFreeResistance_Hollen.Label7_8.Caption=8  - Tankers and ore carriers with bridge aft, load;
TFreeResistance_Hollen.Label7_9.Caption=9  - Tankers and ore carriers with bridge aft, ballast;
TFreeResistance_Hollen.Label7_10.Caption=10 - Stern trawlers;
TFreeResistance_Hollen.Label7_11.Caption=11 - Tugs.
TFreeResistance_Hollen.Results.Caption=Results
TFreeResistance_Hollen.ToolButton20.Hint=Start the calculation.
TFreeResistance_Hollen.PrintButton.Hint=Print the results of the calculation.
TFreeResistance_Hollen.ToolButton25.Hint=Close the window and save changes.
TFreeResistance_Hollen.ToolButton7.Hint=Close window without saving changes.

[TFreeResistance_OST]
TFreeResistance_OST.Caption=Resistance and power prediction for displacement ships by OCT 5.0181-75 and other methods
TFreeResistance_OST.General.Caption=General
TFreeResistance_OST.GroupBox1.Caption=General
TFreeResistance_OST.Label1.Caption=Minimal  speed
TFreeResistance_OST.Label2.Caption=Estimate speed
TFreeResistance_OST.Label3.Caption=Maximal  speed
TFreeResistance_OST.Label4.Caption=Water density
TFreeResistance_OST.Label5.Caption=Viscosity
TFreeResistance_OST.GroupBox2.Caption=Hull
TFreeResistance_OST.Label13.Caption=Wetted surface,m^2__S
TFreeResistance_OST.Label20.Caption=Midship draft,m______T
TFreeResistance_OST.Label21.Caption=Trim,m_____________dT
TFreeResistance_OST.Label22.Caption=Beam waterline,m__Bwl
TFreeResistance_OST.Label23.Caption=Length waterline,m_Lwl
TFreeResistance_OST.Label24.Caption=Prismatic coefficient____Cp
TFreeResistance_OST.Label25.Caption=LCB,%______________lcb
TFreeResistance_OST.Label26.Caption=Displacement, m^3_____V
TFreeResistance_OST.Label27.Caption=Waterplane area, m^2_Swp
TFreeResistance_OST.Label8.Caption=Operating coefficient Ke
TFreeResistance_OST.Label9.Caption=Number of seria ships (Nser=0...30)
TFreeResistance_OST.Label10.Caption=Type of forward stern
TFreeResistance_OST.Label11.Caption=Type of after stern
TFreeResistance_OST.Label14.Caption=Calc by prototype (1-Yes, 0-No)
TFreeResistance_OST.Label15.Caption=Number of propellers  (Np=0...2)
TFreeResistance_OST.Label16.Caption=Propellers diameter, m
TFreeResistance_OST.Label17.Caption=Absolute roughness, mkm
TFreeResistance_OST.Label_17.Caption=Froude numbers Fr for model of a ship:
TFreeResistance_OST.Label_18.Caption=Coefficient residual resistance Ñr*10^3:
TFreeResistance_OST.EstimateBox.Caption=Use estimate
TFreeResistance_OST.Estimate2Box.Caption=Calculate Ke
TFreeResistance_OST.CheckBox2.Caption=Extract data from current hull
TFreeResistance_OST.Label281.Caption=Keel and skeg area:
TFreeResistance_OST.Label28.Caption=Skeg, m^2
TFreeResistance_OST.Label29.Caption=Bilge keels, m^2
TFreeResistance_OST.Label30.Caption=Shaft brackets area, m^2
TFreeResistance_OST.Label31.Caption=Strut bossing area, m^2
TFreeResistance_OST.Label32.Caption=Hull bossing area, m^2
TFreeResistance_OST.Label33.Caption=Exposed shafts area for angle with buttoks:
TFreeResistance_OST.Label35.Caption=about 10 degrees
TFreeResistance_OST.Label36.Caption=about 20 degrees
TFreeResistance_OST.Label37.Caption=Stabiliser fins area, m^2
TFreeResistance_OST.Label38.Caption=Dome area, m^2
TFreeResistance_OST.Label61.Caption=Rudder area, m^2:
TFreeResistance_OST.Label6.Caption=One behind skeg/stern
TFreeResistance_OST.Label7.Caption=Tween-screw rudders
TFreeResistance_OST.Data2.Caption=Added data
TFreeResistance_OST.GroupBox3.Caption=Data for operating coefficient:
TFreeResistance_OST.GroupBox4.Caption=Appendage areas input:
TFreeResistance_OST.Label6_1.Caption=Time of ship hull is in water, month
TFreeResistance_OST.Label6_2.Caption=Heigth of 3% wave, m
TFreeResistance_OST.Label6_3.Caption=Course angle of moving wave, degree
TFreeResistance_OST.Label6_4.Caption=Wind speed, m/s
TFreeResistance_OST.Label6_5.Caption=Course wind angle, degree
TFreeResistance_OST.Label6_6.Caption=Height of a board above DWL, m
TFreeResistance_OST.Label6_7.Caption=Air density, kg/m^3
TFreeResistance_OST.Label6_8.Caption=Middle height of superstructure above DWL, m
TFreeResistance_OST.Label6_9.Caption=Depth of water, m
TFreeResistance_OST.Label6_10.Caption=Wetted area of midsection, m^2
TFreeResistance_OST.Label6_11.Caption=The Ship types (1-11):
TFreeResistance_OST.Label7_1.Caption=1  - Passenger ships and ferries;
TFreeResistance_OST.Label7_2.Caption=2  - Cargo ships with engines amidships, load;
TFreeResistance_OST.Label7_3.Caption=3  - Cargo ships with engines amidships, ballast;
TFreeResistance_OST.Label7_4.Caption=4  - Cargo ships with engines aft, load;
TFreeResistance_OST.Label7_5.Caption=5  - Cargo ships with engines aft, ballast;
TFreeResistance_OST.Label7_6.Caption=6  - Tankers and ore carriers with bridge amidships, load;
TFreeResistance_OST.Label7_7.Caption=7  - Tankers and ore carriers with bridge amidships, ballast;
TFreeResistance_OST.Label7_8.Caption=8  - Tankers and ore carriers with bridge aft, load;
TFreeResistance_OST.Label7_9.Caption=9  - Tankers and ore carriers with bridge aft, ballast;
TFreeResistance_OST.Label7_10.Caption=10 - Stern trawlers;
TFreeResistance_OST.Label7_11.Caption=11 - Tugs.
TFreeResistance_OST.Results.Caption=Results
TFreeResistance_OST.ToolButton20.Hint=Start the calculation.
TFreeResistance_OST.PrintButton.Hint=Print the results of the calculation.
TFreeResistance_OST.ToolButton25.Hint=Close the window and save changes.
TFreeResistance_OST.ToolButton7.Hint=Close window without saving changes.

[TFreePropeller_Task1]
TFreePropeller_Task1.Caption=Design optimal propeller for engine selection.
TFreePropeller_Task1.PrintButton.Hint=Print the results of the calculation.
TFreePropeller_Task1.ToolButton25.Hint=Close window and save changes.
TFreePropeller_Task1.ToolButton7.Hint=Close window without saving changes.
TFreePropeller_Task1.ToolButton17.Hint=Start of engine selection.
TFreePropeller_Task1.TabSheet1.Caption=General
TFreePropeller_Task1.Label2.Caption=Ship speed, kn
TFreePropeller_Task1.Label3.Caption=Resistance, kN
TFreePropeller_Task1.Label4.Caption=Number of propellers
TFreePropeller_Task1.Label5.Caption=Limit of propeller diameter, m
TFreePropeller_Task1.Label6.Caption=Step of diameter changing, m
TFreePropeller_Task1.Label7.Caption=Water density, kg/m^3
TFreePropeller_Task1.Label8.Caption=Wake fraction
TFreePropeller_Task1.Label9.Caption=Thrust fraction
TFreePropeller_Task1.Label10.Caption=Koef. influence on thrust
TFreePropeller_Task1.Label11.Caption=Koef. influence on torque
TFreePropeller_Task1.Label12.Caption=Shaft efficiency
TFreePropeller_Task1.Label13.Caption=Gear efficiency
TFreePropeller_Task1.Label14.Caption=Number of diagram
TFreePropeller_Task1.Label15.Caption=Number of blades
TFreePropeller_Task1.Label16.Caption=Disk ratio
TFreePropeller_Task1.CheckBox2.Caption=Extract data from current hull
TFreePropeller_Task1.TabSheet2.Caption=Results

[TFreePropeller_Task2]
TFreePropeller_Task2.Caption=Design optimal propeller for engine selection.
TFreePropeller_Task2.PrintButton.Hint=Print the results of the calculation.
TFreePropeller_Task2.ToolButton25.Hint=Close the window and save changes.
TFreePropeller_Task2.ToolButton7.Hint=Close window without saving changes.
TFreePropeller_Task2.TabSheet1.Caption=General
TFreePropeller_Task2.Label2.Caption=Specified engine power, kW
TFreePropeller_Task2.Label3.Caption=Frequency of propeller, 1/min
TFreePropeller_Task2.Label4.Caption=Number of propellers
TFreePropeller_Task2.Label5.Caption=Water density, kg/m^3
TFreePropeller_Task2.Label6.Caption=Wake fraction
TFreePropeller_Task2.Label7.Caption=Thrust fraction
TFreePropeller_Task2.Label8.Caption=Koef. influence on thrust
TFreePropeller_Task2.Label9.Caption=Koef. influence on torque
TFreePropeller_Task2.Label10.Caption=Shaft efficiency
TFreePropeller_Task2.Label11.Caption=Gear efficiency
TFreePropeller_Task2.Label12.Caption=Number of diagram
TFreePropeller_Task2.Label13.Caption=Number of blade
TFreePropeller_Task2.Label14.Caption=Disk ratio
TFreePropeller_Task2.Label15.Caption=Koef. infl. hull on diameter
TFreePropeller_Task2.Label16.Caption=Waiting ship speed, kn
TFreePropeller_Task2.Label17.Caption=Speed, kn:
TFreePropeller_Task2.Label18.Caption=Resistance, kN:
TFreePropeller_Task2.CheckBox2.Caption=Extract data from current hull
TFreePropeller_Task2.TabSheet2.Caption=Results

[TFreePropeller_Task3]
TFreePropeller_Task3.Caption=Calculation of passport diagram.
TFreePropeller_Task3.PrintButton.Hint=Print the results of the calculation.
TFreePropeller_Task3.ToolButton25.Hint=Close the window and save changes.
TFreePropeller_Task3.ToolButton7.Hint=Close window without saving changes.
TFreePropeller_Task3.TabSheet1.Caption=General
TFreePropeller_Task3.Label2.Caption=Propeller diameter, m
TFreePropeller_Task3.Label3.Caption=Disk area ratio
TFreePropeller_Task3.Label4.Caption=Pitch ratio
TFreePropeller_Task3.Label5.Caption=Advance Coefficient
TFreePropeller_Task3.Label6.Caption=Number of blades
TFreePropeller_Task3.Label7.Caption=Number of diagram
TFreePropeller_Task3.Label8.Caption=Number of propellers
TFreePropeller_Task3.Label9.Caption=Frequency of propeler, 1/min
TFreePropeller_Task3.Label10.Caption=Wake fraction
TFreePropeller_Task3.Label11.Caption=Thrust fraction
TFreePropeller_Task3.Label12.Caption=Koef. infl. on thrust
TFreePropeller_Task3.Label13.Caption=Koef. infl. on torque
TFreePropeller_Task3.Label14.Caption=Shaft efficiency
TFreePropeller_Task3.Label15.Caption=Gear efficiency
TFreePropeller_Task3.Label16.Caption=Water density, kg/m^3
TFreePropeller_Task3.Label17.Caption=Specified engine power, kW
TFreePropeller_Task3.CheckBox2.Caption=Extract data from current hull
TFreePropeller_Task3.TabSheet2.Caption=Results

[TFreePropeller_Task4]
TFreePropeller_Task4.Caption=Wageningen B-Screw Series Propeller Preliminary Design.
TFreePropeller_Task4.PrintButton.Hint=Print the results of the calculation.
TFreePropeller_Task4.ToolButton25.Hint=Close window and save changes.
TFreePropeller_Task4.ToolButton7.Hint=Close window without saving changes.
TFreePropeller_Task4.ToolButton17.Hint=Start of engine selection.
TFreePropeller_Task4.TabSheet1.Caption=General
TFreePropeller_Task4.Label2.Caption=Ship speed Vk [kn]
TFreePropeller_Task4.Label3.Caption=Thrust required THR [kN]
TFreePropeller_Task4.Label4.Caption=Type of propeller  (1-FPP; 2-CPP)
TFreePropeller_Task4.Label5.Caption=Number of blades   (3...7)
TFreePropeller_Task4.Label6.Caption=Disk ratio Ae/Ao
TFreePropeller_Task4.Label7.Caption=Pitch ratio P/Dp
TFreePropeller_Task4.Label8.Caption=Initial diameter [m]
TFreePropeller_Task4.Label9.Caption=Wake fraction w
TFreePropeller_Task4.Label10.Caption=Depth of Shaft below Waterline [m]
TFreePropeller_Task4.Label11.Caption=Minimal diameter [m]
TFreePropeller_Task4.Label12.Caption=Limited diameter [m]
TFreePropeller_Task4.Label13.Caption=Burrill Back Cavitation Constraint (1 or 2)
TFreePropeller_Task4.Label14.Caption=.
TFreePropeller_Task4.Label15.Caption=.
TFreePropeller_Task4.Label16.Caption=.
TFreePropeller_Task4.CheckBox2.Caption=Extract data from current hull
TFreePropeller_Task4.TabSheet2.Caption=Results

[TFreePropeller_Task5]
TFreePropeller_Task5.Caption=Calculation of Open Water Characteristics of B Series Propeller.
TFreePropeller_Task5.PrintButton.Hint=Print the results of the calculation.
TFreePropeller_Task5.ToolButton25.Hint=Close window and save changes.
TFreePropeller_Task5.ToolButton7.Hint=Close window without saving changes.
TFreePropeller_Task5.ToolButton17.Hint=Start of engine selection.
TFreePropeller_Task5.TabSheet1.Caption=General
TFreePropeller_Task5.Label2.Caption=Frequancy rotation RPM [1/min]
TFreePropeller_Task5.Label3.Caption=Disk ratio Ae/Ao
TFreePropeller_Task5.Label4.Caption=Pitch ratio P/Dp
TFreePropeller_Task5.Label5.Caption=Number of blades (3...7)
TFreePropeller_Task5.Label6.Caption=Diameter Dp [m]
TFreePropeller_Task5.CheckBox2.Caption=Extract data from current hull
TFreePropeller_Task5.TabSheet2.Caption=Results

[TFreeHydrodyn_Rvrs]
TFreeHydrodyn_Rvrs.Caption=Acceleration, free and active brake calculation.
TFreeHydrodyn_Rvrs.PrintButton.Hint=Print the results of the calculation.
TFreeHydrodyn_Rvrs.ToolButton25.Hint=Close the window and save changes.
TFreeHydrodyn_Rvrs.ToolButton7.Hint=Close window without saving changes.
TFreeHydrodyn_Rvrs.ToolButton17.Hint=Calculate
TFreeHydrodyn_Rvrs.TabSheet1.Caption=General
TFreeHydrodyn_Rvrs.Label2.Caption=Length between perpendiculars [m]
TFreeHydrodyn_Rvrs.Label3.Caption=Beam waterline [m]
TFreeHydrodyn_Rvrs.Label4.Caption=Midship draft [m]
TFreeHydrodyn_Rvrs.Label5.Caption=Displacement [m^3]
TFreeHydrodyn_Rvrs.Label6.Caption=Wetted surface area [m^2]
TFreeHydrodyn_Rvrs.Label7.Caption=Number of propellers
TFreeHydrodyn_Rvrs.Label8.Caption=Propeller diameter [m]
TFreeHydrodyn_Rvrs.Label9.Caption=Pitch ratio P/D
TFreeHydrodyn_Rvrs.Label10.Caption=Disk area ratio Ae/Ao
TFreeHydrodyn_Rvrs.Label11.Caption=Number of blades
TFreeHydrodyn_Rvrs.Label12.Caption=Wake fraction
TFreeHydrodyn_Rvrs.Label13.Caption=Thrust fraction
TFreeHydrodyn_Rvrs.Label14.Caption=Specified engine power [kW]
TFreeHydrodyn_Rvrs.Label15.Caption=Frequency of propeller [1/min]
TFreeHydrodyn_Rvrs.Label17.Caption=Inertia moment by engine [kg*m^2]
TFreeHydrodyn_Rvrs.Label16.Caption=Shaft efficiency * Gear effic.
TFreeHydrodyn_Rvrs.CheckBox2.Caption=Extract data from current hull
TFreeHydrodyn_Rvrs.TabSheet2.Caption=Results
TFreeHydrodyn_Rvrs.Label18.Caption=1-Accelerate; 2-Free brake; 3-Reverse

[TFreeHydrodyn_Maneuv]
TFreeHydrodyn_Maneuv.Caption=Evaluation of Turning Ability and Stability. Turning Prediction.
TFreeHydrodyn_Maneuv.PrintButton.Hint=Print the results of the calculation.
TFreeHydrodyn_Maneuv.ToolButton25.Hint=Close the window and save changes.
TFreeHydrodyn_Maneuv.ToolButton7.Hint=Close window without saving changes.
TFreeHydrodyn_Maneuv.ToolButton17.Hint=Calculate
TFreeHydrodyn_Maneuv.TabSheet1.Caption=General
TFreeHydrodyn_Maneuv.Label2.Caption=Length of Waterline LWL [m]
TFreeHydrodyn_Maneuv.Label3.Caption=Maximum Beam on LWL [m]
TFreeHydrodyn_Maneuv.Label4.Caption=Draft Forward [m]
TFreeHydrodyn_Maneuv.Label5.Caption=Draft Aft [m]
TFreeHydrodyn_Maneuv.Label6.Caption=Block Coefficient on LWL Cb
TFreeHydrodyn_Maneuv.Label7.Caption=Center of Gravity LCG (%LWL; + Fwd)
TFreeHydrodyn_Maneuv.Label8.Caption=Midships to Rudder CE XR (%LWL; + Aft)
TFreeHydrodyn_Maneuv.Label9.Caption=Initial Ship Speed [knots]
TFreeHydrodyn_Maneuv.Label10.Caption=Water Density [kg/m^3]
TFreeHydrodyn_Maneuv.Label11.Caption=Kinematic Viscosity [m^2/s]
TFreeHydrodyn_Maneuv.Label12.Caption=Yaw Radius of Gyration K33/LWL
TFreeHydrodyn_Maneuv.Label13.Caption=Water Depth to Ship Draft Ratio H/T
TFreeHydrodyn_Maneuv.Label14.Caption=Steering Gear Time Constant [s]
TFreeHydrodyn_Maneuv.Label15.Caption=Total Rudder Area - Fraction of LWL*T
TFreeHydrodyn_Maneuv.Label16.Caption=Submerged Bow Area - Fraction of LWL*T
TFreeHydrodyn_Maneuv.Label17.Caption=Number of Propellers (0...2)
TFreeHydrodyn_Maneuv.Label18.Caption=Type of Single Screw Stern (0-Close;1-Open;)
TFreeHydrodyn_Maneuv.Label19.Caption=Number of Rudders (0...2)
TFreeHydrodyn_Maneuv.Label20.Caption=Rudder Angle [degrees]
TFreeHydrodyn_Maneuv.CheckBox2.Caption=Extract data from current hull
TFreeHydrodyn_Maneuv.CheckBox3.Caption=Linear Evaluation
TFreeHydrodyn_Maneuv.CheckBox4.Caption=Turning Prediction
TFreeHydrodyn_Maneuv.CheckBox5.Caption=State Variable Equations
TFreeHydrodyn_Maneuv.TabSheet2.Caption=Results

[TFreeHydrodyn_Task2]
TFreeHydrodyn_Task2.Caption=Calculation of Aerodynamic Characteristics of a Merchant Ships.
TFreeHydrodyn_Task2.PrintButton.Hint=Print the results of the calculation.
TFreeHydrodyn_Task2.ToolButton25.Hint=Close window and save changes.
TFreeHydrodyn_Task2.ToolButton7.Hint=Close window without saving changes.
TFreeHydrodyn_Task2.ToolButton17.Hint=Start of engine selection.
TFreeHydrodyn_Task2.TabSheet1.Caption=General
TFreeHydrodyn_Task2.Label2.Caption=Length overall Loa [m]
TFreeHydrodyn_Task2.Label3.Caption=Breadth [m]
TFreeHydrodyn_Task2.Label4.Caption=Lateral projected wind area [m2]
TFreeHydrodyn_Task2.Label5.Caption=Lateral proj. area of superstructure [m2]
TFreeHydrodyn_Task2.Label6.Caption=Transverse projected wind area [m2]
TFreeHydrodyn_Task2.Label7.Caption=Length of perimeter [m]
TFreeHydrodyn_Task2.Label8.Caption=Distance from bow to centroid [m]
TFreeHydrodyn_Task2.Label9.Caption=Number of groups of masts (1...11)
TFreeHydrodyn_Task2.CheckBox2.Caption=Extract data from current hull
TFreeHydrodyn_Task2.TabSheet2.Caption=Results

[TFreeAddMassOutputDialog]
TFreeAddMassOutputDialog.Caption=Add_Mass file generator and calculator.
TFreeAddMassOutputDialog.OKbutton.Caption=OK
TFreeAddMassOutputDialog.CancelButton.Caption=Cancel
TFreeAddMassOutputDialog.TabSheet1.Caption=Hull geometry
TFreeAddMassOutputDialog.Label1.Caption=Number of stations (5-45)
TFreeAddMassOutputDialog.Label2.Caption=Number of waterlines (5-25)
TFreeAddMassOutputDialog.Label3.Caption=Draft
TFreeAddMassOutputDialog.Label4.Caption=Length
TFreeAddMassOutputDialog.Label5.Caption=Volume
TFreeAddMassOutputDialog.GroupBox3.Caption=Hullform configuration.
TFreeAddMassOutputDialog.Label14.Caption=Distance between center of hulls:
TFreeAddMassOutputDialog.RadioButton1.Caption=Monohull
TFreeAddMassOutputDialog.RadioButton2.Caption=Monohull, send as catamaran
TFreeAddMassOutputDialog.RadioButton3.Caption=Catamaran
TFreeAddMassOutputDialog.TabSheet3.Caption=Environment
TFreeAddMassOutputDialog.Label6.Caption=Water density
TFreeAddMassOutputDialog.Label7.Caption=Water kinematic viscosity
TFreeAddMassOutputDialog.Label10.Caption=Water depth
TFreeAddMassOutputDialog.Label12.Caption=Trim angle
TFreeAddMassOutputDialog.Label20.Caption=Number of areas
TFreeAddMassOutputDialog.Label21.Caption=Percent of areas sum
TFreeAddMassOutputDialog.Label22.Caption=Accuracy of iteration process
TFreeAddMassOutputDialog.Label23.Caption=Type of areas (1-triangular; 2-trapezium)
TFreeAddMassOutputDialog.TabSheet2.Caption=Results
TFreeAddMassOutputDialog.TabSheet4.Caption=Help
TFreeAddMassOutputDialog.SaveFile.Caption=Save

