
MCalibration Strain Control
This article explains when you should use ‘strain control (tension)’, ‘strain control (compression)’, and just ‘strain control’.
This article explains when you should use ‘strain control (tension)’, ‘strain control (compression)’, and just ‘strain control’.
I frequently get asked to explain how to create a PolyUMod TNV model with temperature-dependent thermal expansion. This article explains how.
When performing uniaxial tests, you should consider also recording the transverse strain. This article shows how use the transverse strain data.
This article shows how you can use the new Master Curve tool in MCalibration to quickly generate a TTS master curve from experimental data.
This article explains different techniques that can be used when calibrating a material model when you have experimental data from multiple repeated experiments.
Did you know that there are 2 different ways to create a temperature-dependent material model? This article explains the details.
In this article I show how to quickly calibrate an anisotropic viscoplastic material model to uniaxial tension data.
This short note explains how MCalibration defines the Prony series terms, and why it is using a different approach than FE solvers.
Did you know that MCalibration can be used from the command line? This article lists the available command line arguments.
Information about our upcoming webinar on how to quickly use experimental data to calibrate a non-linear viscoplastic material model.
This video shows how you can work with, and change to different units in MCalibration.
MCalibration can calibrate all solid mechanics material models in COMSOL Multiphysics. This tutorial shows how.