789
edits
Howto:Modelling hydrodynamics in JSBSim: Difference between revisions
Jump to navigation
Jump to search
Howto:Modelling hydrodynamics in JSBSim (view source)
Revision as of 15:07, 4 December 2016
, 4 December 2016→Generating hydrostatic buoyancy coefficients: Added another figure.
(→Generating hydrostatic buoyancy coefficients: Added another figure.) |
|||
| Line 173: | Line 173: | ||
[[File:GfsView3d.jpg|thumb|600px|center|One Gerris buoyancy case for a float of the MFI-9B float-plane visualized in the Gerris gfsview3d tool. The water line is at the edge of the dark blue colour. It looks curved due to the various levels of cell refinement over the domain.]] | [[File:GfsView3d.jpg|thumb|600px|center|One Gerris buoyancy case for a float of the MFI-9B float-plane visualized in the Gerris gfsview3d tool. The water line is at the edge of the dark blue colour. It looks curved due to the various levels of cell refinement over the domain.]] | ||
== Modelling hydrodynamics == | |||
''''To be continued... '''' | |||
[[File:Swedish Navy T21 class MTB-drag.png|thumb|600px|center|Hydrodynamic drag of a MTB after tuning. Total (green) and parts, displacement (red), planing (cyan) and rudder assembly (purple), of the hydrodynamic drag of the [[Swedish Navy T21 class MTB]] from a single acceleration run in JSBSim/standalone. The blue line is a real tow tank result traced from a diagram from "Resultat av släpförsök med svenska patent nr. 109626", A. F. Nordström, Statens Skeppsprovningsanstalt, Göteborg, 1941-10-01 available as an image (ID 2008:25:869:1) from Sjöhistoriska museet under CC BY-SA.]] | |||
== Examples == | == Examples == | ||