Material modeling of foams, rubber, and glue in VPS for crash. Glass, plastic, composite materials, and rupture can also be covered, depending on customers’ interests.
The mesh quality of a folded airbag is a key factor for obtaining good results in airbag deployment simulation. Airbag geometry is increasingly complex and consequently airbag meshing is a difficult and time consuming task.
The course covers the following aspects of airbag modeling: airbag model preparation, fabrics material and internal gas modeling.
A numerical description of gas dynamics within airbags is essential for the successful simulation of Out-Of-Position load cases, of lateral airbags, and of the opening behavior of protective covers. The Finite Point Method (FPM) is a CFD technology,...
This course presents the modeling of aircraft store separations (rigid-body separations from moving objects in general). The course is a combination of lectures and hands on tutorials.
This advanced course presents the whole process to model automotive underhood from the mesh generation to the post-processing. Both front end flow and underhood/underbody thermal simulation are covered. Best practices for rapid and accurate modeling of...
Various types of barriers are used for car crash analysis: frontal impact, side impact, rear impact. This course provides an overview of the different existing barriers and how they are used for the regulation. The particularities of each barrier are...
Participants learn to simulate heat treatment quality, distortion and residual stresses of case and through hardened designs. This course is for practioners and analysts.
This course presents the CFD-ACE Graphical User Interface and the Solver, as well as the pre-processor CFD-GEOM, the post-processor CFD-VIEW, and the simulation manager SimManager. Other topics such as CFD-VisCART (adaptive Cartesian mesh generation system...
This course presents the modeling of Capacitively Coupled Plasma (CCP) and Inductively Coupled Plasma (ICP) reactors with hands-on exercises as well as an introduction to feature scale modeling with CFD-TOPO.
The CFD-ACE+ Scripting course is an excellent way to learn about the features and capabilities of scripting. Scripting will allow you to automate the process of geometry and grid generation, case setup, running and visualizing results. It is also a great...
Training covers how user subroutines work, how to compile, programming practices, and examples.
This course is taught exclusively online. This means you don’t need to leave your office to experience the training! There is ample time to consult with...
This course presents the CFD-FASTRAN Graphical User Interface and Solver, as well as the pre-processor CFD-GEOM and post-processor CFD-VIEW. Other topics such as CFD-VisCART (adaptive Cartesian mesh generation system), Parallel Processing, etc. are...
Composite materials are used increasingly in the industry but simulation of their behavior is still a challenge today. This course shows, using industrial applications, how composite materials behave during a crash test and how this can be represented...
One of the key parameters in a crash simulation is the reliability of the contact definition. This course presents all existing contact algorithms and their application in a car crash analysis: surface/surface, self-contact, edge to edge contact. Many...
Getting started with the CRIPTE software – an efficient, fast and predictive solution for the analysis of electromagnetic phenomena occurring along cable networks. After the overview of the CEM One software package, the training session starts with the...