Verrippte Bauteile – Kugelimpaktversuche und Simulationsergebnisse mit LS-DYNA
Material models for thermoplastic polymers are still subject of research and development. The commonly used material models for crash simulation were developed for metals. This paper shows a way from material data to component testing and simulation for different material models. A state of the art material model “PICEWISE LINEAR PLASTICITY, MAT24” has been chosen as reference. As improved material model for polymers, material model “SAMP-1” is used. The simulations using the different models are compared with experimental data.
https://www.dynamore.ch/de/download/papers/forum06/impact/verrippte-bauteile-2013-kugelimpaktversuche-und/view
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Verrippte Bauteile – Kugelimpaktversuche und Simulationsergebnisse mit LS-DYNA
Material models for thermoplastic polymers are still subject of research and development. The commonly used material models for crash simulation were developed for metals. This paper shows a way from material data to component testing and simulation for different material models. A state of the art material model “PICEWISE LINEAR PLASTICITY, MAT24” has been chosen as reference. As improved material model for polymers, material model “SAMP-1” is used. The simulations using the different models are compared with experimental data.
E-I-1.pdf
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