Friday, October 22, 2021     [ login ]

Research

Computational Design of Engineering Metamaterials

  • METACOUSTIC: Development of new acoustic meta-materials (panels-liner)s for customized acoustic insulation
  • METACOUSTIC: Development of new acoustic meta-materials (panels-liner)s for customized acoustic insulation

  • VARTOP: New methods for topology optimization in structural and thermal problems using variational-based techniques. Development of new mechanical meta-materials for shock absorbing.
  • VARTOP: New methods for topology optimization in structural and thermal problems using variational-based techniques. Development of new mechanical meta-materials for shock absorbing.

  • WPTE: Design of new electromagnetic metamaterials for wireless power transfer (WPT) to be applied to energy exchange between fuel-powered and electrical vehicles.
  • WPTE: Design of new electromagnetic metamaterials for wireless power transfer (WPT) to be applied to energy exchange between fuel-powered and electrical vehicles

High Performance Model Order Reduction methods (HPR-FE2) for industrial multiscale material modelling and design

  • HPR-FE2 PLUGIN: Development of new high-efficiency methods for taking multiscale model order to daily-live industrial applications Development plugins for using HPR-FE2 techniques in industrial Finite Element commercial software.
  • HPR-FE2 PLUGIN: Development of new high-efficiency methods for taking multiscale model order to daily-live industrial applications. Development plugins for using HPR-FE2 techniques in industrial Finite Element commercial softwareHPR-FE2 PLUGIN: Development of new high-efficiency methods for taking multiscale model order to daily-live industrial applications. Development plugins for using HPR-FE2 techniques in industrial Finite Element commercial software