TPipeCad.fcstd, TPipeStaticFemModel.FCStd, TPipeSteadyStateThermoFemModel.FCStd. Non-commercial use permitted with attribution.ġ_TJunctionGeometry.pdf, 2_TJunctionStaticFemModel.pdf. * Note: This CAD file was obtained from GradCAD at.
High-speed aerodynamics of a projectile (and STL import)
ViscousTubeBundle.FCMacro viscousTubeBundle.fcstd Guideline of the steps to be followed, while the scripts can be run to produce an up to date demonstration of the capabilities of the workbench. Note that the macro files are kept up to date with the latestĭevelopments in the workbench, and are contained in the 'demos' folder of the repository ( download all).īy contrast, the tutorials ( download all) are not updated, and therefore there is some divergence between the two. The list below links to each tutorial and its supporting files. The mesher and solver can then be run to produce the output shown in the tutorial. The steps described in the tutorials can be reproduced by runnning the provided "FCMacro" script(s) in numerical order. Below, links to step-by-step tutorials for the CFD and FEA workbenches are provided, along with the required CAD geometry files.
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