Enviado por Anonyme (no verificado) el Mar, 03/22/2022 - 17:03
Tags:
FROTTEMENT
COMPOSITE
Multifunctional Graphene-Reinforced Ceramic- based Composites for Tribology
Coordinateur:
LTDS - ECOLE CENTRALE DE LYON
Responsable INSA:
Karine MASENELLI-VARLOT
The research program GReC aims to develop multifunctional composites with silicon based-ceramic matrices reinforced by graphene, which are compatible with environmental-friendlier water-based lubricants.
Enjeu:
Transport : Structures, Infrastructures et Mobilités
Partenaires:
CENTRE TECHNIQUE DES INDUSTRIES MECANIQUES - CETIM
Enviado por Anonyme (no verificado) el Mar, 03/22/2022 - 16:14
Tags:
IN SITU
WAter in TEM
Coordinateur:
IRCELYON - CNRS
Responsable INSA:
Karine MASENELLI-VARLOT
WATEM aims at studying in situ the early stages of water condensation onto aerosols in an Environmental Transmission Electron Microscope, to better understand cloud formation and therefore better predict climates.
Enjeu:
Environnement : Milieux naturels, Industriels et Urbains
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 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 Mié, 11/25/2020 - 16:41
Tags:
BIOVERRES
IMPLANTS
Coordinateur:
NORAKER
Responsable INSA:
Jérôme CHEVALIER
Le projet REBOOT 3D développe des implants en composites Bioverre-PLA réalisés par fabrication additive pour la chirurgie du rachis afin d'offrir une guérison complète aux patients souffrant d’une hernie discale, de pathologies dégénératives et d’instabilités du rachis post-traumatiques.
Enviado por Anonyme (no verificado) el Vie, 10/09/2020 - 15:46
Tags:
ESSAIS IN SITU
TOMOGRAPHIE X
Double Tomographe à Haute Energie
Coordinateur:
INSA LYON
Responsable INSA:
Eric MAIRE - Joël LACHAMBRE
Un tomographe unique au monde, constitué de deux lignes de tomographie identiques à haute énergie croisées pour une acquisition simultanée de deux scans tomographiques.
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