A training certificate is provided to all attendees who complete the course. Lectures and computer practical sessions to validate acquired knowledge. Mechanical engineers, design engineers, and designers working within any discipline who want to take their knowledge of Ansys Mechanical to the next level. This course is an introductory course to Ansys SpaceClaim for FEA users, no specific prerequisites are requested Target Audience Another is to convert the solid to a facet body, but then use the Auto-Skin tool to create a much simpler surface geometry that will easily be split and much easier to mesh. Finally, template modeling, a technique to automate hex meshing, will be presented. One is to use the Facet tab to convert the solid into a Facet Body, use the tools on the Facet tab to split the Facet body, then convert the Facet body back to a solid. You will also learn the different meshing approaches. You will be introduced to the different tools and block types. With this SpaceClaim Meshing tool, you will be able to get 100% hex mesh on complicated CAD geometries. In some cases, the user may require opening ANSYS workbench before SpaceClaim, to do so, the following steps are used Open ANSYS workbench from your desktop Create an empty geometry cell Open the SpaceClaim Direct Modeler and create a geometry Make sure that the geometry that you wish to attach was saved in the. SpaceClaim Meshing uses the Mesh ribbon in Ansys SpaceClaim to generate the mesh on some or all the parts of your geometry before importing the model into Ansys Mechanical for solver simulation. This course is designed for FEA users of Ansys SpaceClaim that would like to benefit from its Meshing capabilities. SpaceClaim provides analysts with tools for accelerating geometry preparation for simulation.
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