Enviado por Anonyme (no verificado) el Lun, 11/29/2021 - 10:03
Tags:
CORROSION SCIENCE
SURFACE ENGINEERING
Development of new materials for bipolar plates dedicated to hydrogen electromobility
Coordinateur:
SYMBIO
Responsable INSA:
Bernard NORMAND
The introduction of fuel cells for surface vehicles requires a review of stack concepts to make them lighter, more compact and more durable. These objectives require, among other things, the development of new materials dedicated to the bipolar plate. The MATEIS (Materials: Engineering and Science) laboratory has been asked to work on the conceptualisation and performance evaluation of these new materials. To do this, it is using its expertise in surface engineering, corrosion science and electrochemical measurement.
Enviado por Anonyme (no verificado) el Vie, 09/24/2021 - 11:24
AUtonomous Self-plugging CARs with CARA and AuRA
Coordinateur:
GULPLUG
Responsable INSA:
Xavier BRUN
Pour un véhicule 100% autonome... en utilisation ET en recharge
L'objectif de ce projet est de réaliser un commutateur électrique afin de pouvoir recharger un véhicule électrique par des sources d'énergie différentes. Le dispositif détecte automatiquement la source connectée et oriente le flux de puissance vers le dispositif de charge. Ce projet associant GULPLUG, NAVYA et l’INSALyon via le laboratoire AMPERE a obtenu un financement public dans le cadre du dispositif « R&D Booster » de la Région Auvergne-Rhône-Alpes.
Enjeu:
Transport : Structures, Infrastructures et Mobilités
Enviado por Anonyme (no verificado) el Mar, 03/30/2021 - 16:10
Tags:
MATERIAUX
STRUCTURES
Contribuer au développement économique des PME
Coordinateur:
ENTPE
Responsable INSA:
Ali DAOUADJI
L’objectif de la plateforme IMAST (Plateforme d’Innovation dans les Matériaux et Structures dans le secteur du génie civil) est de permettre aux PME de réaliser des essais dans des conditions expérimentales le plus proches possibles des situations dans lesquelles seront soumis les matériaux et structures.
Enviado por Anonyme (no verificado) el Lun, 03/29/2021 - 10:42
Performance and Behavior at the nanoscale of new efficient and environmentally Friendly nanolubricants
Coordinateur:
ECL-LTDS
Responsable INSA:
Lucile JOLY-POTTUZ
The objective of the BeFriend project consists in finding the best test conditions and MoS2 nanoparticles properties (size, morphology, structure, defectness, chemistry) aimed at optimizing their tribological performances.
The effect of the environment (resistance to oxidation) on the lubricating properties of the nanoparticles will be addressed. Friction tests in controlled environment (T°C, oxygen pressure) combined with in situ characterization will be carried out
Enviado por Anonyme (no verificado) el Jue, 01/21/2021 - 16:39
Tags:
HIGH POWER COMPONENT
MICRO-RAMAN SPECTROSCOPY
Optical characterization of high power GaN components
Coordinateur:
INSA LYON - LABORATOIRE AMPERE
Responsable INSA:
Camille SONNEVILLE
Wide-Bandgap semiconductors such as silicon carbides (SiC) or Gallium Nitrides (GaN) are particularly interested in power electronic. Indeed Wide-bandgap semiconductors permit devices to operate at much higher voltages, frequencies and temperatures than conventional semiconductor materials like silicon. They will be a foundational technology in new electrical grid and alternative energy devices.
Enviado por Anonyme (no verificado) el Mar, 11/24/2020 - 16:02
Tags:
MATERIAUX COMPOSITES
STOCKAGE HYDROGENE
FASTCURE COMPOSITE VESSEL
Coordinateur:
CEA DAM Monts
Responsable INSA:
Jean-François GERARD
The FASTCURE2 project deals with the development of innovative thermosets combined with carbon fibers as prepregs for high pressure (700 bars) hydrogen storage tanks. Such Type IV H2 tanks are essential components for the development of hydrogen economy, i.e. for being combined with fuel cells and for stationary applications.
English
Français
