INFinity - ANR Industrial Chair
An innovative multiscale numerical framework to design industrial quenching process safely
An innovative multiscale numerical framework to design industrial quenching process safely
Project Summary
The INFINITY chair contributes then to a long-term vision of high fidelity numerical tool as a basis for reliable simulations of quenching processes allowing the partners to remove several major technical barriers, to faster aid to decision for delivering high quality parts while minimizing residual stresses, preventing cracking and thus optimizing heat processes.
Challenges
Modeling the liquid-to-vapor phase change, predicting different boiling modes with the transition between them and modeling the fluid-solid-heat coupling with solid phase transformation are mainly aimed.
Software
Through the INFINITY chair, the involved researchers propose to consolidate a novel unified multiscale framework and to integrate and capitalize it in the finite element software THOST®.
Breakthrough & Innovation
02. Multiphysics
The development of an immersed multiphase strategy in order to leverage the simplicity and flexibility of fluid-solid-heat coupling
12
Partners
4
Years
5
PhDs
2
Postdocs
Illustrations and Results
Let's Meet
Our Research Team
Wafa Daldoul
Ph.D. candidate
Carlos Mensah
Ph.D. candidate
Chahrazade Bahbah
Ph.D. candidate
Gabriel Manzinali
Ph.D. candidate
Work Packages
We have formulated several objectives, during a period of 48 months, into three transverse work packages and three others dedicated to industrial applications:
Recruitment and Open positions
PhD
2018
October
To be announced
What People Say ?
Our Latest News
ANRT letter
January 2018
Le groupe Montupet va inaugurer la chaire ANR Infinity, portée par l’Ecole des mines, aux côtés de plusieurs entreprises françaises(...)
Summary on Infinity Chair
October 2018
Quenching processes of metals are widely adopted procedures in the industry, in particular automotive, nuclear and aerospace industries(...)