Advanced Modeling Techniques (Fluid Mechanics)

Summary

This course aims, through examples of implementation, to visit the main modeling techniques used in research and in industry to simulate the solutions of partial differential equations. This part of the course deals with examples in structural mechanics and dynamics.

Description

The Short Course ‘’Advanced modeling techniques (fluid dynamics) ‘’ aims to provide comprehensive modeling techniques in fluid mechanics through examples and practical examples.

Key Benefits

Understand problems involving the mechanics of fluids, in particular through the bases acquired in the mechanics of fluids;
Complete their knowledge in numerical resolution of partial differential equations;
Understand the different elements of digital simulation software (CAE, best, model);
Enrich their arsenal in digital simulation tools with the handling of two new open source software which have wide fields of application in the industrial and academic worlds

Who Should Attend

Engineers and individuals holding a Master’s degree in relevant fields with a solid knowledge of :
- Concepts in integral calculus and differential calculus
- Concepts in computer science and possibly in programming
B2/Upper Intermediate English proficiency level