Modified items All recently modified items, latest first. lstc.jpeg Contact Metal forming General LS Prepost Implicit Contact Element Material General Computational plasticity A material is said to have deformed plastically if it doesn't return to its original shape after the load is removed. The most common application for plasticity in nite element analysis is modeling the deformation of metals. While a great deal of research is available on the plasticity of metals at a very fundamental level, the majority of plasticity models are phenomenological and have no motivation beyond duplicating experimental data. The models discussed here are among the simpler plasticity models, and they are, indeed, completely phenomenological. While there are post hoc rationalizations of why these simple models perform as well as they do, they are still rationalizations. LS-DYNA Manuals Example 5 FEA-Information-Example_5 Example 4 FEA-Information-Example_4 Example 3 FEA-Information: Example 3 Example 2 FEA-Information: Example 2 Example 1 FEA-Information Example 1: beam.k LS-DYNA V971 R4.2 (R4.50638) Release notes for LS- DYNA version ls971.R4.2 (R4.50638) and mpp971.R4.2 (R4.50638) LS-DYNA database manual 2014 LS-DYNA database manual Previous 20 items 1 ... 3 4 5 6 7 8 9 ... 37 Next 20 items
