October 05, 2016 | by DatapointLabs | views 5431
Hyperelastic material models are complex in nature requiring stress-strain properties in uniaxial, biaxial and shear modes. The data need to be self-consistent in order to fit the commonly used material models. Choosing models and fitting this data to these equations adds additional uncertainty to the process. We present a validation mechanism where, using of a standard validation experiment one can compare results from a simulation and a physical test to obtain a quantified measure of simulation quality. Validated models can be used with greater confidence in the design of real-life components.
Megan Lobdell, Engineer, and Brian Croop, Laboratory Director, DatapointLabs Technical Center for Materials.
Presented at the CADFEM ANSYS Simulation Conference, October 5-7, 2016; Nuremberg, Germany.
Mechanical Hyperelastic Structural Analysis ANSYS Papers Presentations Validation
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Mid-Stage Validation as a Process Step in Simulation V&V
The Role of Materials in Simulation-Driven Product Development
Validation of Simulation Results Through Use of DIC Techniques
Matereality Webinar: Finite Element Analysis of Additively Manufactured Products
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