Parametrize a geometry in a CAD software and import it in SimLab. Record a project executing the process to perform a Linear Static analysis. Create a DOE table, set the responses and run the experiments.
Map Temperature loads on an assembly and apply pressure loads to simulate pressurized fluid conditions.
Create matching faces through assembly and local re-mesh. Connect two bodies with a spring and with an RBE containing a mass attached. Perform a normal mode analysis.
Analyze a connecting rod by creating a local coordinate system and constraining the model through a RBE2 Element.
Create RBEs, constraint a model and set up and execute a quick Normal Mode Analysis, then view the results.
Hex mesh 2.5D geometries using Extrude. Hex mesh axial symmetric bodies and edit the number of hex layers through a body.
Generate an assembled surface/shell mesh from a Parasolid file. Generate an assembled volume/solid mesh and then transfer groups to the meshed assembly.
Import a Mesh template. Cut and separate a section of a body using region Mesh control; remove details using logo mesh control; Mesh a valve seat and create a circular gasket imprint.
Request locally a given amount of Tet layers through thin walls. Create a Volume Mesh with Tet10 and auto cleanup the mesh based on different quality criteria.
Tetmesh a solid body using Mesh Controls which define mesh quality locally. Identify, select and isolate Geometry features such as holes, fillets, planar faces, a.s.o.
Learn how to import geometries and quickly tetmesh a solid body using different global settings.
Open and import files. Use the Model Browser to organize the assembly; visualize and isolate selected components.
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