Simcenter 3D resources

• TT01_NX CAE_NX Nastran.pdf
• TT02_NX CAE_Using multiple cores in Thermal and flow.pdf
• TT03_NX Nastran_change parameters during simulation.pdf

Femap installations

FAQ for licensing
Quick installation manual
Siemens licensing user guide
Femap hardware requirements

Femap settings

• TT001_Femap_MemoryManagementTip.pdf
• TT002_Femap_ModelBoundingBox.pdf
• TT008_Femap_GraphicalOutput.pdf
• TT016_Femap_AssignShortcutKey.pdf

Femto Toolbar

Femto has created some API tools to make life in Femap easier. For example you can rotate the model to the closest orthogonal view based on the model’s current orientation, create an output vector with Von Mises stresses on beams, switch easily between groups or create beam elements along existing nodes.

Download the toolbar here.

Pre-processing visualizations

• TT003_Femap_RandomPropertyColor2.pdf
• TT012_Femap_ClippingPlane.pdf
• TT012_Femap_ElementSelectionByFace.pdf
• TT013_Femap_ReferenceGroups.pdf
• TT014_Femap_LayoutAndView.pdf
• TT021_Femap_ReverseEntityVisibility.pdf
• TT022_Femap_EntityIDContouring.pdf
• TT024_Femap_ClippingPlane.pdf
• TT031_Femap_EntityVisibilityToggle.pdf

Pre-processing meshing

• TT005_Femap_ExtendMergeMesh.pdf
• TT006_Femap_NonManifoldAdd.pdf
• TT007_Femap_ElementVisualInspection.pdf
• TT010_Femap_EquationBasedLoading.pdf
• TT011_Femap_LoadingContour.pdf
• TT015_Femap_ExtrudeElementEdge.pdf
• TT017_Femap_CoincidentNodeElements.pdf
• TT018_Femap_TempLoadsFromExcel.pdf
• TT020_Femap_CoincidentNodeMoveOnly.pdf
• TT023_Femap_SolidMeshInternalBeams.pdf

Post-processing

• TT004_Femap_ResultsEnveloping.pdf
• TT030_NX Nastran_change parameters during simulation.pdf