
Modeling PET Through Tg
Tutorial on how to simulate the large-strain temperature-dependent response of thermoplastics through the glass transition temperature (Tg).
Tutorial on how to simulate the large-strain temperature-dependent response of thermoplastics through the glass transition temperature (Tg).
This article explains how you can calibrate a viscoelastic material model to DMA temperature sweep data alone.
Sometimes it is possible to calibrate a viscoplastic material model to a single monotonic tension curve. This article has the details.
Study aimed at determining the most accurate material model for a polybutadiene rubber exposed to large strain time-dependent loading.
If you repeat a material model calibration multiple times, should you expect the optimal material parameters to be unique?
Deep dive on how to select and calibrate a suitable material model for a Santoprene thermoplastic vulcanizate.
Tutorial on how to create an accurate creep material model for an Elastollan TPU using experimental data form the CAMPUS material database.
In this article I show how to quickly calibrate an anisotropic viscoplastic material model to uniaxial tension data.
Most people assume that the volumetric relaxation is zero in a Prony series. This article demonstrates a different approach that can be better for some materials.
CPVC is s commonly used industrial material. This study determines the best large-strain material model for CPVC.
This article demonstrates one problem that can occur if you calibrate a material model without considering the initial Young’s modulus
PTFE (Teflon) is a material with many unique properties. This article examines the accuracy of different material models for PTFE.