MCalibration Material Model Templates
MCalibration supports not only a large selection of pre-defined material models, but you can also define your own material model using a Template.
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Category: MCalibration
FE Solvers and Templates in MCalibration
Demonstration of how to use different FE solvers and solver templates in MCalibration.
Extended Tube Model in Ansys Mechanical
The Extended Tube model is one of the most accurate hyperelastic material models available, but it can be difficult to use if you don’t understand how the material parameters influence the predicted stress-strain response. This article will demonstrate that by example.
Setup MCalibration to Use Ansys
Short description of how to setup MCalibration so it can use Ansys as a solver.
Parametric Study of the Mullins Effect Model
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.
Calibrate a PolyUMod Material Model with Failure
Tutorial showing how to calibrate a PolyUMod TNV stress-strain and failure model to experimental data.
Calibrate Abaqus Johnson-Cook Model using MCalibration
Tutorial showing how to use MCalibration to calibrate the Abaqus Johnson-Cook model with failure to experimental data.
Introduction to MCalibration and PolyUMod for Altair Radioss
Introduction to how MCalibration and PolyUMod can be used with Altair Radioss. This is a great starting point if you are new to our software.
What is Resulting and what does it have to do with Material Modeling?
Resulting is a term used in the book “Thinking in Bets” to describe how not to make decisions when all you have is limited information. In this article I will describe how this relates to material modeling.
Practical Differences Between Linear and Non-Linear Viscoelasticity
Review of some practical differences between linear and non-linear viscoelasticity.