Category: MCalibration

MCalibration can optimize both the specimen shape and material parameters at the same time. Here’s how!

A material model is considered Drucker’s stable if an increase in strain results in an increase in stress. In some cases it can be important to enforce that a material model is Drucker’s stable. This article shows how you can easily achieve this in MCalibration.

It is easy to create stress-strain plots for any Abaqus material model using MCalibration. This article shows how.

Introduction In this article I will show how you can quickly convert any Ansys material model (in APDL format) into stress-strain predictions using MCalibration. That

MCalibration supports not only a large selection of pre-defined material models, but you can also define your own material model using a Template.

Demonstration of how to use different FE solvers and solver templates in MCalibration.

Short description of how to setup MCalibration so it can use Ansys as a solver.

The Ogden-Roxburgh Mullins effect model is highly non-linear. In this article I will graphically illustrate how the different parameters influence the predicted stress-strain response.

Tutorial showing how to calibrate a PolyUMod TNV stress-strain and failure model to experimental data.