e-Xstream engineering provides a complete training service with its software package to help its customers successfully use DIGIMAT material modeling tools.

These training courses are a combination of presentations and live product demos followed by practical hands-on sessions. They aim at answering the users' questions and also include the best practices on how to use DIGIMAT new capabilities.

The basic training aims at providing you with the information you need to: Define and analyze a reinforced material in DIGIMAT-MF using linear thermo-elastic and non-linear elasto-plastic material models Include micromechanical models defined above within a multi-scale analyses using DIGIMAT to CAE (Abaqus, ANSYS, LS-DYNA, SAMCEF or PAM-CRASH) Apply the multi-scale modeling process to reinforced plastics parts taking into account the fiber orientation predicted by Injection Molding Software (Moldflow, Moldex3D, Sigmasoft) This training will give you the opportunity to: Have a first hands-on understanding and experience with linear and nonlinear multi-scale modeling with DIGIMAT Learn more about the latest DIGIMAT capabilities Download 1-day standard basic training content

The advanced training aims at providing existing DIGIMAT users with in-depth information concerning:

• Nonlinear and rate dependent material modeling;
• Continuous damage and failure;
• Performance Optimization of implicit & explicit (Crash) DIGIMAT to CAE analyses;
• Apply the multi-scale modeling process to reinforced plastic parts.

This training will give you the opportunity to:

• Acquire an in-depth understanding of the latest DIGIMAT capabilities;
• Take full advantage of DIGIMAT capabilities for a more predictive modeling of reinforced materials and structures.

To participate to the advanced training you must first follow the basic training or have an equivalent experience with DIGIMAT.

Download 1-day standard advanced training content


Please contact support@e-Xstream.com for more information about our training services or for a training 100% tailored to your specific material and structure modeling needs.