Vehicle design : How to address 2021 challenges in CFD simulations!

You are an automotive OEM or a supplier and you…

  • need to improve design performance without increasing costs?
  • look for optimization and light-weighting, while reducing design time?
  • feel tired of struggling with meshing?
  • are facing new product design and safety requirements that demand new fluid performance?
  • know that understanding how Fluid-Structure Interaction (FSI) impacts product life-cycle is critical, yet you struggle with accurately predicting lifecycles?

You will learn about…

Learn how to upgrade CFD capabilities to:

  • Reduce design optimization costs,
  • Solve more challenging fluid problems without meshing,
  • Predict problems with FSI.

Our presenters will demonstrate key Smoothed-Particle Hydrodynamics (SPH) method’s capabilities, which help automotive designers/engineers solve 2021 challenges:

  • Understand SPH method key advantages and its features
  • Run SPH method in:
    • Powertrain applications (lubrication, cooling, leaking etc)
    • Water management applications (rain management, wading, soiling etc)
    • Other applications (oil leak, aquaplaning etc)

Join our webinar

To access the replay, contact us.

Meet the speakers

Edouard Lété | VP sales | Nextflow Software
Mechanical engineer from Brussels university, Edouard has a long experience in realistic simulation. He has worked in several companies, more recently for Dassault Systèmes SIMULIA.
During his career, he has constantly worked on simulation’s democratization by extending its scope and addressing new application domains.

Julien Candelier | Application Eng. Manager | Nextflow Software
Engineer from Arts et Métiers eng. School, Julien has obtained his PhD on Fluid Dynamics & Aeroacoustics at CEA, the French Commission for Alternative Energies and Atomic Energy. Julien has been working on the SPH method for the last 10 years. He is in charge of applying the SPH-flow solver to customer projects at Nextflow Software.

You need more information? Please contact us.