
Linear Viscoelasticity – Part 3 – Multiaxial and Large Strains
This is part 3 of my series on Linear Viscoelasticity. The focus of this article is on making the calculations large strain and multiaxial.
This is part 3 of my series on Linear Viscoelasticity. The focus of this article is on making the calculations large strain and multiaxial.
Step-by-step video tutorial on how to set up and use a PolyUMod material model in MSC Mentat and Marc.
This is part 2 of my series on Linear Viscoelasticity. The focus of this video is on how to calculate the stress response in a numerically efficient way.
This is part 1 of my series on linear viscoelasticity. The focus is on how to derive the stress response in uniaxial loading at small strains.
In this article I will explore how useful the new AI tool ChatGPT from OpenAI is for topics related to polymer mechanics.
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?
Stress relaxation and creep are useful experiments. This article shows that even short-term experiments of these types are great.
Deep dive on how to select and calibrate a suitable material model for a Santoprene thermoplastic vulcanizate.