Thank you for attending the eSeminar on “Explore Abaqus/Explicit Techniques”. This eSeminar covers the different capabilities and techniques that are needed for analyses with Abaqus/Explicit. This includes performing quasi-static analysis in explicit dynamics, Arbitrary Lagrangian-Eulerian (ALE) adaptive meshing technique, tips to handle large models effectively etc.

The topics that were discussed during the eSeminar are as below:

1.  Basics of Abaqus/Explicit

-  Abaqus/Explicit – What? When? Why?

-  Applications of Abaqus/Explicit

-  Defining Abaqus/Explicit procedure

2.  Some of the Techniques Available in Abaqus/Explicit

-  Quasi-Static Simulations using Explicit Dynamics

-  Arbitrary Lagrangian-Eulerian (ALE) method

-  Fluid-Structure Interaction (FSI) capabilities

3.  Managing Large Models Effectively

-  Simplifying the Model

-  Techniques for Reducing CPU Time – selective subcycling, mass scaling, defining initial conditions etc.

4.  Tips

-  Postprocessing calculator

-  Double-precision execution

-  Element Distortion Control

If you missed to attend this session, please check out the recording of the presentation below and the pdf version attached herewith.