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The 21 April 2017

Mesh generation using CENTAUR

nasri |  

Announced
Deadline for registration: 15 days before the starting date of each training
Duration : 1 day / (5.5 hours)

Pre-registration

Abstract

Computational Fluid Dynamics in realistic geometrics requires complex meshes. This training course deals with the basics of unstructured and hybrid meshing using the CENTAUR software.

Target participants

This training session is for engineers, physicists, computer scientists and numerical analysts.

Prerequisites

Basic knowledge of what a mesh is and preliminary notions of CFD.

Scientific contact : Gabriel STAFFELBACH

Fee

  • Trainees/PhDs/PostDocs : 50 €
  • CERFACS shareholders/CNRS/INRIA : 150 €
  • Public : 300 €

Program

(From 9h30 to 12h00 and from 14h00 to 17h00)

Morning

  • Importing and Cleaning CAD data in Centaur
  • Basics of mesh generation

 

Afternoon

  • Advanced features of Centaur
  • Quality assessment and improvement
  • Hybrid modular mesh generation

Pre-registration

NEWS

Combustion research to be presented at the May 9th workshop of the French Académie des Sciences:

superadmin |  28 March 2017

Combustion research to be presented at the May 9th workshop of the French Académie des Sciences:

During the May 9th workshop organized at Académie des Sciences, combustion will be one of the topics discussed to illustrate the workshop topic ("Frontier Simulations in Solid and Fluid Mechanics"). The talk will be given by Dr T. Poinsot and will present recent progress in the field of LES of combustion, obtained at CERFACS in collaboration with CNRS laboratories, SAFRAN and ONERA. The full program is available here. At the same meeting, Pr F. Nicoud (CERFACS consultant) will also discuss recent work on blood flows performed in his group in Montpellier.Read more


CERFACS is partner in the “Chaire ANR industrielle” POSEIDON, inaugurated january 27th at Ecole Polytechnique

superadmin |  14 March 2017

POSEIDON, one of the 5 « Chaires ANR industrielles » selected in 2016, is interested in « New plasma thrusters for satellites in low Earth orbit ». Coordinated by Anne Bourdon from the Laboratoire de Physique des Plasmas, this project gathers Ecole Polytechnique, CNRS and Safran Aircraft Engines in view of developing a new experimental and numerical methodology allowing to reduce the number of tests required for the development of future Hall effect thrusters. CERFACS brings its expertise for the 3D simulation of such thrusters with their real geometry. Crédit Ph. Auvray, LPPRead more

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