Using MAT_ADD_INELASTICITY for Modelling of Polymeric Networks
Thermoplastics are widely used in many industries today. Products such as packaging solutions, consumer goods, medical devices, furniture, electronic devices and vehicles are constantly demanding more and more sophisticated polymer components. In addition, sustainability agendas at many companies today means a necessity to transition from high spec petroleum-based polymers to recycled and biobased alternatives [1]. This creates a pressure on the CAE departments to assess candidate resins at a high pace and make fact-based judgements on their predicted life cycle performance. In a competitive market, there are good reasons to adopt best practice for predicting the life cycle performance of these polymers already during the design phase with the use of realistic simulation.
https://www.dynalook.com/conferences/13th-european-ls-dyna-conference-2021/elastomers-and-polymers/borrvall_dynamore_nordic.pdf/view
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Using MAT_ADD_INELASTICITY for Modelling of Polymeric Networks
Thermoplastics are widely used in many industries today. Products such as packaging solutions, consumer goods, medical devices, furniture, electronic devices and vehicles are constantly demanding more and more sophisticated polymer components. In addition, sustainability agendas at many companies today means a necessity to transition from high spec petroleum-based polymers to recycled and biobased alternatives [1]. This creates a pressure on the CAE departments to assess candidate resins at a high pace and make fact-based judgements on their predicted life cycle performance. In a competitive market, there are good reasons to adopt best practice for predicting the life cycle performance of these polymers already during the design phase with the use of realistic simulation.
Borrvall_DYNAmore_Nordic.pdf
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