Trainings

OnNovember 27^th a basic and advanced DIGIMAT training will take place in two parallel sessions.

Objectives

The 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 or LS-DYNA);
Apply the multi-scale modeling process to reinforced plastics parts taking into account the fiber orientation predicted by Injection Molding Software (Moldflow, Moldex3D, Sigmasoft).

The training is a combination of presentations and live product tours/demos followed by practical hands-on sessions.

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;
Take full advantage of DIGIMAT capabilities for a more predictive modeling of reinforced materials and structures.

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Objectives

The 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.

The training is a combination of presentations and live product demos followed by practical hands-on sessions.

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 this advanced training you must first participate to the Basic 1 day training or have an equivalent experience with DIGIMAT.

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Register

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