About the role

The Material Calibration Engineer role provides:

Calibration of advanced material models from physical or virtual test data to enable high fidelity simulation
Support for a broad range of materials including metals, polymers and composites
An intuitive user experience that is accessible to non-experts
Built-in optimization algorithms to ensure accurate representation of test data
The ability to share calibrated material models across the enterprise

R2025x FD01

Create high fidelity FE representations of paperboard structures with the new Paperboard material options

Significantly decrease calibration time for complex material models using a new AI/ML surrogate model capability in the Material Calibration app
Quickly and efficiently find the best possible set of design parameters for time-consuming objective functions with the new Bayesian optimization framework

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

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

Define advanced nonlinear structural simulations effectively and efficiently with the added support for calibration of cohesive traction-separation laws
Easily calibrate complex damage and plasticity models of additional materials, including concrete damaged plasticity

Compare multiple material calibrations quickly and easily to determine the best fit with the new calibration comparison tool

Compare multiple material calibrations quickly and easily to determine the best fit with the new calibration comparison tool

Easily calibrate complex damage and plasticity models of additional materials, including concrete damaged plasticity

Regularize tool demonstrating local minima/maxima declared as critical points.

Plot settings dialog demonstrating the new range functionality.

Test data chart demonstrating the new capability to export a chart to a graphics file.

*Calibration of Mean Field Homogenization method enables structural simulation of injection molded plastic components.

Finite element model based calibration