MULTI SCALE APPROACHES AND MULTIPHYSIC COUPLINGS IN FLUID AND SOLID MECHANICS

Grenoble, January 20 to 24, 2020

One week for connecting theory to experiment and numerical simulations

Important societal issues require to solve problems of increasing complexity in mechanical and process engineering. A key vector of progress relies on multi-scale and multi-physics approaches.

The aim of this winter school is to make an overview of the different approaches, numerical and experimental techniques allowing to tackle this complexity.

All the courses will be illustrated through various up-to-date examples. Two entire days will be dedicated to practical excercises on « high tech demonstrators » based on the most recent techniques and methods developed by partner laboratories of Tec 21.

The last day will be dedicated to the particular question of waves in fluids and solids. 


Education

For PhD students, a certificate of attendance will be delivered on demand for any administrative purpose.

All lectures and courses will be given in english

Practical
sessions

The participants will attend two practical sessions (one day each) to manipulate the most recent experimental and numerical tools and methods

Poster
sessions

Three poster sessions will be held during the first three days of the school to give the participants the opportunity to pitch about their work

 


Welcome
dinner

A welcome dinner is organised on Sunday 19 in the evening to get the participants to know each other before the beginning of the winter school.

Cocktail

An icebreaker cocktail is organised on Monday 20 for the participants and the teachers to share a friendly moment after the first day of the school

Gala
dinner

On thrusday evening all the participants and the teachers will meet for dinner in an easy-going atmosphere


Programme overwiew


Go to the detailed programme

Please note that the number of participants is limited

and the registration dead line is on the 1st of December


Organising committee


Christian GEINDREAU (3SR Lab - Fed3G)

christian.geindreau@3sr-grenoble.fr

Thomas PODGORSKI (Lab. LIPhy)

Thomas.Podgorski@univ-grenoble-alpes.fr

Guillaume CHAMBON (IRSTEA)

guillaume.chambon@irstea.fr

Henda DJERIDI (Lab. LEGI)

henda.djeridi@legi.grenoble-inp.fr

Mathieu TILQUIN (Tec21)

mathieu.tilquin@tec21.fr

Cécile BORDIER* (Tec21)

cecile.bordier@tec21.fr

*to whom any correspondance should be addressed