Engineering Sciences Lyon-Tohoku-Projet de coopération ELyT
Coordinateur:
INSA LYON
Responsable INSA:
M LALLART
Fort d’une collaboration de plus de trente ans, le partenariat scientifique entre l’INSA, l’ECL et l’université du Tohoku a conduit à de nombreuses avancées scientifiques et techniques communes et à de nombreux projets bilatéraux.
Enjeu:
Energie pour un développement Durable
Dates projet:
De 2023-04-01 00:00:00 hasta 2026-09-01 00:00:00
Montant global du projet:
35000
Contact:
mickael.lallart@insa-lyon.fr
Chapo:
Soutien aux coopération scientifique franco-japonaises
Origins, from planets to life - technological, societal and epistemic breakthroughs
Coordinateur:
CNRS
Responsable INSA:
Jean-Fabien CAPSAL
Adaptative Optics (AO) requires fast and precise wavefront control using deformable optical surface (DM) with a large number of actuators. Current commercial DM technologies are efficient but still suffer from limitations in their temporal bandwidth, dynamical range, size, number of actuators, fragility/fatigue, and non-linear effects that need to be overcome for future instruments. Moreover, these DMs have unperfect shape at rest and are costly. We aim to develop a new hybrid high-speed, lightweight, large and low-cost deformable-mirror technology.
Enjeu:
Environnement : Milieux naturels, Industriels et Urbains
Partenaires:
CNRS
MINES ST ETIENNE
Financement:
PIA ANR
Dates projet:
De 2023-03-01 00:00:00 hasta 2029-02-01 00:00:00
Montant global du projet:
2331000
Contact:
jean-fabien.capsal@insa-lyon.fr
Chapo:
Adaptive optics requires a paradigm shift in order to design low-cost active systems that can be deployed over large areas.
Elucider et Contrôler les Effets Nanométriques dans les Nanofils de ZnO pour les applicatifs composites piézoélectriques
Coordinateur:
CNRS
Responsable INSA:
Lionel PETIT
As a biocompatible semiconductor composed of abundant elements, ZnO has received a huge interest for a wide variety of electronic, optoelectronic, chemical, and biological sensing applications. Thanks to its high PZ coefficients as a semiconductor, the integration of ZnO into PZ devices such as PZ nano-generators and/or pressure/strain sensors has extensively been considered in the last decade.
Enjeu:
Santé Globale et Bioingénierie
Partenaires:
Institut NEEL
LETI
LTM
Financement:
ANR
Dates projet:
De 2023-02-01 00:00:00 hasta 2027-01-01 00:00:00
Montant global du projet:
616850
Contact:
lionel.petit@insa-lyon.fr
Chapo:
IMINEN is a PRC project aiming at elucidating and monitoring nano-sized effects on several properties of ZnO nanowires (NWs), including their piezoelectric (PZ) coefficients, residual & intentional doping, polarity and surfaces for PZ applications
Enviado por Hakim Ferria el Vie, 06/16/2023 - 15:17
Tags:
ASTROPHYSICS
OPTIQUE NON-LINEAIRE
Ultra-light, self-correcting, “live” mirrors: lowering the areal density of mirrors and maximizing performance with non-abrasive, additive, 3D-printed novel technology
Coordinateur:
CNRS
Responsable INSA:
Jean-Fabien CAPSAL
The project aims to develop ultra-light, self-correcting mirrors for use in the next generation of large optical telescopes and solar energy concentrators. Presently, the best mirrors have a density of about one-half a metric-ton per square-meter or more in order to provide the stiffness which is necessary to keep the optical shape under the variable conditions given by the changing gravity vector as the telescopes track a position on the sky, as well as to withstand variable wind conditions.
Enjeu:
Transport : Structures, Infrastructures et Mobilités
Partenaires:
FUNDACION AITIIP
Neotech AMT
Leibniz Institut für Neue Materialien
Financement:
COMMISSION EUROPEENE
Dates projet:
De 2023-02-01 00:00:00 hasta 2027-01-01 00:00:00
Montant global du projet:
3334517
Contact:
jean-fabien.capsal@insa-lyon.fr
Chapo:
The Live-Mirror project aims to study ultra-lightweight "live" self-correcting mirrors, with a specific focus on reducing the surface density of the mirrors and maximizing performance through a new additive 3D technology that is non-abrasive.
Enviado por Anonyme (no verificado) el Jue, 04/30/2020 - 16:31
Développement d'une plateforme d'optimisation des énergies renouvelables
Coordinateur:
SKF
Responsable INSA:
Pierre-Jean COTTINET
Evaluer rapidement l’état de santé d’une structure, sans attendre une maintenance programmée, constitue un enjeu considérable que ce soit pour les constructeurs, les compagnies aériennes et les équipes de maintenance. Avec l’explosion de l’Industrie 4.0, le monde de la maintenance recherche de nouvelles fonctions de communication, d’interfaces et de capteurs.
Enviado por Anonyme (no verificado) el Vie, 04/24/2020 - 14:52
Simulation and Imaging for the Mitral Regurgitation
Coordinateur:
REO - Miguel FERNANDEZ
Responsable INSA:
Pierre-Jean COTTINET
Cardiac valve diseases are known to be an important public-health problem. Mitral Valve (MV) regurgitation (MR), also known as mitral insufficiency, is one of the most important of them. The regurgitation is either caused by a pathology of the valve itself (primary MR), or it is the consequence of a pathology of the myocardium (secondary MR).
Enviado por Anonyme (no verificado) el Jue, 11/22/2018 - 11:17
Tags:
ÉLECTROMAGNÉTISME
PHOTOVOLTAÏQUE
PIÉZOÉLECTRICITÉ
PYROÉLECTRICITÉ
RECUPERATION D'ENERGIE
Piezoelectric Energy Harvesters for Self-Powered Automotive Sensors: from Advanced Lead-Free Materials to Smart Systems
Coordinateur:
UFC
Responsable INSA:
Mickael Lallart
Le projet ENHANCE (Innovative Training Network (ITN – réseau de formation innovant) a comme objectif de créer un programme structure interdisciplinaire pour former 13 jeunes doctorants qui effectueront leur recherche à la fois dans un consortium académique et industriel. Les sujets de recherche se focalisent sur la récupération d’énergie sans plomb pour les systèmes auto-alimentés, particulièrement dans le secteur automobile.