List of Training Courses

For optimal knowledge transfer, ESI honors the following criteria, underlining the effectiveness of its learning programs.

  • Class sizes are kept small to ensure adequate attention for all attendees.
  • Time is set aside to work on each participant’s particular demands.
  • Participants each have access to a computer.
  • Apply what you learn thanks to practical exercises throughout the course.
  • Receive printed training documentation (manuals, exercises, tutorials, etc ...).

Learn the basic features and operation of CFD-CADalyzer, a coupled design and analysis tool to eliminate the pitfalls associated with translation between different geometries.
CFD
CFD-C-BW
Basic

Learn the basic features and operation of the CFD-FASTRAN suite of tools, the leading CFD software for aerodynamic and aerothermodynamic applications. Leave the class with your own simulation ready to run!
CFD
CFD-F-B
Basic

Learn to use efficiently more advanced features and capabilities of CFD-GEOM for geometry and grid creation.
CFD
CFD-G-A
Advanced

Understand material models used in PAM-COMPOSITES Be able to model, analyse results and optimize through simulation: - standard forming/thermoforming processes - standard injection or infusion processes taking into account thermal effects or not preheating and curing processes - residual stresses and resulting geometrical distortions Be able to identify required data and to determine proper assumptions for simulations.
Composites
CRS-CM-A_D.1
Advanced

Be able to model, analyze results and optimize through simulation residual stresses and resulting geometrical distortions. Be able to identify required data and to determine proper assumptions for simulations.
Composites
DIS-CA-B_D
Basic

Understand material models for dry textiles or prepregs. Be able to model, analyse results and optimize through simulation standard forming/thermoforming processes. Be able to identify required data and to determine proper assumptions for simulations.
Composites
FOR-C-B_D
Basic

Be able to model, analyze results and optimize through simulation: Standard injection or infusion processes taking into account thermal effects or not preheating and curing processes. Be able to identify required data and to determine proper assumptions for simulations.
Composites
RTM-CA-B_D
Basic

In this course the participant is introduced to die design methodology using PAM-DIEMAKER for CATIA V5 and PAM-TFA for CATIA V5. He/she learns to systematically identify potential stamping issues on product geometry.
Sheet Metal Forming
STA-CA-I
Intermediate

In this course the participant is introduced to die design methodology using PAM-DIEMAKER. He/she learns to systematically identify potential stamping issues on product geometry.
Sheet Metal Forming
STA-DD-I
Intermediate

This class is intended for any engineer who is involved or interested in CFD modeling of vehicle front-end cooling including radiator, condenser, oil cooler, fan and etc.. This training course will also help users who are new to OpenFOAM to refine their skills.
CFD
CFD-OPE-I3
Intermediate