[SIMULIA] Material Calibration Engineer

Functional Value

Extend the scope of material calibration applicability by averaging multiple test data sets into a new dataset

Define advanced nonlinear structural simulations effectively and efficiently with new material models, such as Cap Plasticity, Cap Creep plasticity, and LaRCO5

Calibrate the response of anisotropic hyperelastic materials using the Holzapfel-Ogden and Kaliske-Schmidt strain energy potentials

User Experience Value

Easily calibrate complex material models of additional materials with added support for deactivating/reactivating test data sets to be used

Include parameter constraints & relationships between the material parameters to ensure the fit meets user defined criteria

Simplify and accelerate finding Material Calibration simulations with the support for 6W tags

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Averaging multiple data sets of the same deformation mode provides a more representative sample and reduces the effect of individual outliers; Deactivating test data sets provides more control over the calibration results and saves you time

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Increase fidelity of advanced nonlinear structural simulations through new material calibration models, such as Cap Plasticity, Cap Creep plasticity and LaRCO5