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Industrial applications

 

Industry is a term covering most human activities.

 

  • Manufacturing activities (use raw materials to turn them into objects) is too often considered, wrongly, as the only industrial activity (Aeronautics, Space, Defence, Microelectronics, Automotive, …)
  • Agriculture, Wood exploitation and Food are wide industrial sectors
  • Transport & Mobility offered new challenges (autonomous vehicles, logistics, …)
  • Health involves a lot of new technologies (sensors, actuators, biophysics devices,…) that are very similar to those developed within other domains (additive manufacturing, lasers, …)
  • Civil engineering and patrimony are far behind other sectors industrial sectors (robotics, cobotics, remote sensing,…) despite the demand
  • Energy sector is a on-going evolving field to adapt to ever increasing demands and big consumer of new materials and processes to reach the aimed flexibility and sustainability.

Additive Manufacturing

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  • Non destructive evaluation (defects investigation, physical properties measurement) during a metal additive manufacturing process with feedback on:
    • The material and process design
    • The material constitution
    • The manufacturing process parameters
  • Requires skills in:
    • Material engineering
    • Design
    • Manufacturing processes
    • Non Destructive Evaluation
    • Multiphysics and multiscale Modelling (micro and meso scales)
    • Multiphysics sensors/actuators
    • Remote control
  • End-user: manufacturing processes (aeronautics, spatial, microelectronics,…)

Cobotic

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  • Make the cobotic process efficient by acting on ther robot, considering human behaviour with feedback on:
    • Robot design
    • Human decision
    • Robot working parameters…
  • Requires skills in:
    • robotics
    • Cognitics
    • Human-robot interactions
    • Multiphysics Modelling (biomechanics)
    • Multiphysics sensors/actuators (biophysics)
    • Remote control
  • End-user : manufacturing, health, mobility,…

Civil and Patrimony Structure

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  • Understand and preserve a natural site: Lascaux and its surrounding environment
  • Require skills in:
    • Geophysics, non destructive methods (1D, 2D, 3D)
    • In situ measurements
    • Multiphysics sensors
    • Thermal properties, electromagnetic properties
    • Thermal modelling in limestone
    • Thermal and aeraulic simulation inside the cave
    • Multiscale and multiphysics coupled phenomena
  • End users:Curators for preventive conservation, environmental protection, patrimonial preservation, geothermal applications, survey of the environment of industrial sites