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The corresponding force arrows in the visualization area also adapt to the selection of the load case. Before starting, the optimization model can be checked for completeness and selection of the correct boundary conditions in the respective load cases and adjusted if necessary.
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Optimization (Definition of an Optimization)
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| export_stl_name_MC_Smooth | Result geometry: stl with MarchingCube smoothing algorithms |
| export_stl_name_MC_Smooth_intersection | The optimization result is intersected with the design area in each iteration on a voxel basis |
| export_all_allCases | Each defined export will be exported per loadcase |
| Stresses | |
| export_ply_name_Stress_RGB | Stresses: ply in color |
| export_ply_name_Stress | Stresses: ply values for nodes |
| export_mrc_name_Stress | Stresses: mrc values for nodes |
| export_ply_name_Stress_Prop | Stresses: ply values for facets |
| Displacements | |
| export_ply_name_Dis_RGB | Displacements: ply in colour |
| export_ply_name_Dis | Displacements: ply values for nodes |
| export_ply_name_Dis_Prop | Displacements: ply values for facets |
Result Geometry | |
export_stl_name_MC_Smooth_intersection intersectionDetail = | The current optimization result is intersected with the design area on a voxel basis in each iteration. 0...3 Setting the resolution on the basis of which the intersection is performed. A good value here is 2. |
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Results
The first iteration is displayed as soon as a result is available. Further iterations are displayed as soon as they are calculated. You can use the control in the Result iterations field to switch manually between the different iterations or to view an automatic process.
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Older result files can also be selected and displayed in the project.
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Model Generation and Visuallization of an Analysis
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