CARNOT ARTS - Département M2P : Mécanique, Matériaux et Procédés

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Carnot ARTS - Département M2P : Mécanique, Matériaux et Procédés

Category

  • Research structure

Location

  • 75013
  • PARIS
  • France

Medias

Description d'activité

  • Optimiser le produit par l’étude du couplage produit-matériau-procédé. Etude physique, physico chimique et mécanique des matériaux et des procédés. Tenue en service et des matériaux et des structures. Simulation
    des procédés de fabrication - Matériaux métalliques, polymères et composites

Participants

JB avatar

Jean marie BEAUMONT

Sales Assistant

LD avatar

Laurent DUBAR

Laboratory Director

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Landmarks

  • Turnover : 10 - 50 M€
  • Staff : 100 - 250

Group / Member of

  • Institut CARNOT ARTS

Objectives

Offers

  •  R&D
  •  Patents / Licenses
  •  Studies and engineering
  • Technology Platform
  •  Design
  •  Advising and / or services
  • Public support for innovation
  • Financing Innovation
  • Technical service / equipment

Needs

  •  R&D
  •  Patents / Licenses
  •  Studies and engineering
  • Technology Platform
  •  Design
  •  Advising and / or services
  • Public support for innovation
  • Financing Innovation
  • Technical service / equipment

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

Your technological assets

  • Fabrication additive des matériaux métalliques en fusion laser bain de poudre ou projection
  • Procédés net-shape par forgeage ; procédés de soudage par friction

Application fields

  • Application fields
  • Automtive industry
  • Energy
  • Health - Health Technologies
  • Materials
  • Railway

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

  • PERME : Tenue en service des matériaux et des structures
  • UPPERCUT : Eco Procédés d'usinage intelligents
  • Fonderie ; Bois ; Procédés Laser et Fabrication Additive
  • COMPOL : Matériaux, composite et polymères, assemblages colles
  • Biomécanique
  • Chamouard : forge et déformation plastique

Certifications

  • ISO 9001 version 2015

References

Skills

1. Information and Communication Technologies (ICT) - Micro Nano Technologies
  • 1.4 Sensors
  • Mechanical sensors and actuators
  • 1.5 Signal processing and multimedia
  • High resolution and analytical electronic microscopes
  • Near field microscopes
2. Materials, mechanics and process
  • 2.1 Materials
  • Design/production of the materials
  • Metallic materials
  • Polymers, composites
  • Ceramic products
  • Biomaterials
  • Nanomaterials
  • Surface treatments and coatings
  • Properties and characterisation (structural and functional)
  • Durability / operating strength
  • Recycling
  • 2.2 Mechanics and design
  • Dimensioning (dynamics, fluid mechanics, solid mechanics)
  • Prediction of behaviors and damages
  • Metrology, control and measurements
  • Tribology, friction, wear, lubrication
  • Mechatronics
  • Eco-design
5. Energy and environment
  • 5.1 Renewable energies
  • Wind energy
  • 5.6 Technologies and transverse methodologies
  • Materials
7. Transportation, engines, propulsion and fuels
  • 7.1 Road and rail
  • Accoustics, noise nuisances, pollutions
  • Risk and decision making
  • Driving simulators, simulation and modeling
  • 7.2 Propulsion and fuels
  • Environmental impact reduction
  • 7.3 Sea
  • Cavitation
8. Construction, civil engineering industry and regional development
  • 8.1 Construction, building and civil engineering
  • Smart building, low consumption / positive energy building
  • Durability
  • Materials for buildings and for the civil engineering industry
  • Material recycling
9. Medical and health technologies
  • 9.1 Investigation
  • Signal treatment, imaging
  • 9.2 Therapeutics
  • Bio-materials, implants
  • 9.7 Autonomy
  • Bio-mechanics and shock bio-mechanics
  • Sensors
  • Prosthesis