Welding & Assembly, Casting, Electromagnetics, CFD & Multiphysics, Composites and more. All industries are challenged by an omni-present market pressure to deliver better products faster to the market by reducing cost. Visual-Environment provides...
Combining lectures, demos and hands-on sessions, participants acquire advanced knowledge and understanding of SEA and the formulations implemented in VA One SEA module.
If you are an application engineer who is applying CFD to solve day to day problems and would like to use OpenFOAM, then this is the course for you.
Whether you work on Automotive applications like External Aerodynamics, Underhood, Climate Control (...
If you are an application engineer who applies CFD using commercial software to solve engineering problems, then this course will be of great help to move to OpenFOAM ®.
OpenFOAM® today is 2nd most widely used CFD package in the world, is...
Location: Sun Yat-sen University East Campus, Higher Education Mega Centre, Guangzhou, China
Contact person: Bai Jin -
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.
This course explains the methodology of flanging and hemming simulation and how to optimize the die design and the process in such cases.
This course explains how to setup, run and evaluate hot forming parts using PAM-STAMP.
A sled test is carried out to reproduce the occupant’s injuries under real car crash conditions.
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...
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...
This course explains the methodology of bending CAM, tailored blank and double blank simulations and how to optimize the die design and the process in such cases.
In order to detect precisely with PAM-STAMP where defects could appear, it is important to follow several simulation rules. This course presents them and shows you how to validate these defect zones.