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G+Smo
25.01.0
Geometry + Simulation Modules
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Files | |
| benchmark_Balloon.cpp | |
| Benchmark for the inflated balloon using the Arc-Length Method. | |
| benchmark_Beam.cpp | |
| Two benchmark cases using arc-length methods for a beam, according to. | |
| benchmark_Cylinder.cpp | |
| Benchmark of a cylinder that is squeezed. | |
| benchmark_Elasticity_Beam_APALM.cpp | |
| Code for arc-length analysis of a solid beam using the APALM. | |
| benchmark_Frustrum_APALM.cpp | |
| Benchmark for the collapsing frustrum with the APALM. | |
| benchmark_FrustrumALM.cpp | |
| Benchmark for the collapsing frustrum with the Arc-Length Method. | |
| benchmark_FrustrumDC.cpp | |
| Benchmark for the collapsing frustrum with Displacement Control (DC) | |
| benchmark_MaterialTest.cpp | |
| Stretches a planar material with both ends clamped. | |
| benchmark_MaterialTestConv.cpp | |
| Stretches a planar material with both ends clamped; convergence test. | |
| benchmark_Pillow.cpp | |
| Benchmark for the inflated pillow using DR and Newton-iterations. | |
| benchmark_Roof.cpp | |
| Collapse of a cylindrical roof, from. | |
| benchmark_Roof_APALM.cpp | |
| Collapse of a cylindrical roof using the APALM, from. | |
| benchmark_Roof_DWR.cpp | |
| Collapse of a cylindrical roof using DWR adaptivity. | |
| benchmark_TensionWrinkling.cpp | |
| Computes the wrinkling behaviour of a thin sheet. | |
| benchmark_UniaxialTension.cpp | |
| Uniaxial Tension Test benchmark. | |
| benchmark_Wrinkling.cpp | |
| Computes the wrinkling behaviour of a thin sheet. | |
| benchmark_Wrinkling_DWR.cpp | |
| Computes the wrinkling behaviour of a thin sheet, using mesh adaptivity with the DWR method. | |