MEMPHIS – Modeling Enablers for Multi-PHysics and InteractionS

Modeling and simulation of self propelled swimmers

Modeling and simulation of self propelled swimmers

Numerical simulation of a self propelled fish like prototype

Energy for fluids

Two examples of energy extractors: wind turbines and ocean waves energy converter

Elasto-plastic impact in air

Monolithic model and level-set: the same model and the same scheme are used to simulate a complex fluid-structure interaction

Rarefied gas flow simulations

Blunt body on an octree grid, hypersonic re-entry and nozzle backflow in satellite thrusters.

Overview

We aim at a step change in numerical modeling for science and engineering. We do that by developing two fundamental enablers: reduced-order models and monolithic numerical models on hierarchical Cartesian grids. Thanks to these enablers it will be possible to transfer complexity handling from engineers to computers, providing fast, on-line numerical models for simulation.

Florian Bernard (NUREA) : Winner of the 2019 I-Lab innovation competition !

The results of the 21st edition of the I-Lab innovation competition were announced on 4 July 2019 by Frédérique Vidal, Minister of Higher Education, Research and Innovation: the national jury, chaired by Ludovic Le Moan, CEO of Sigfox, former winner of the i-Lab competition, selected 75 winners, including 10 Grand…

Unithé ou Café – 23/11/2018 : A digital fish in a digital pool / Modeling and simulation of zebrafish swimming by Afaf Bouharguane and Patrick Babin

Dans le cadre des conférences Unithé ou Café organisées à Inria Bordeaux, Afaf Bouharguane (Université de Bordeaux / Equipe Inria MEMPHIS) et Patrick Babin (Université de Bordeaux), ont présenté un exposé sur un modèle expérimental, le poisson-zèbre. La modélisation du comportement locomoteur de cet animal est l’enjeu des recherches exposées ici.

Experimental work with VALOREM

More information in News.