materialslab.org

materialslab.orgmaterialslab.orgmaterialslab.org

materialslab.org

materialslab.orgmaterialslab.orgmaterialslab.org
  • Home
  • Our Research
  • Members
  • Collaborations
  • News
  • Contact
  • publications
  • links
  • vacancies
  • Mer
    • Home
    • Our Research
    • Members
    • Collaborations
    • News
    • Contact
    • publications
    • links
    • vacancies
  • Home
  • Our Research
  • Members
  • Collaborations
  • News
  • Contact
  • publications
  • links
  • vacancies

Mechanics and Physics of Materials

Mechanics and Physics of MaterialsMechanics and Physics of MaterialsMechanics and Physics of Materials

Mohsen Mirkhalaf's research group at the department of Physics of the University of Gothenburg

Mechanics and Physics of Materials

Mechanics and Physics of MaterialsMechanics and Physics of MaterialsMechanics and Physics of Materials

Mohsen Mirkhalaf's research group at the department of Physics of the University of Gothenburg

ABOUT US

We are primarily focused on mechanics and physics of micro-structurally heterogeneous materials. Micro-mechanical and coupled multi-scale models are developed to predict complex behavior of multi-phase materials, with an emphasis on (bio-)composites. To increase the predictive capability and to enhance the computational efficiency of the models, machine learning techniques, particularly artificial neural networks, are used. As an additional line of research activities, we also work, in collaboration with other research groups, on bio-mechanics problems. Physics-based models are employed together with machine learning techniques to develop computationally enhanced bio-mechanical models. 

Copyright © 2025 materialslab.org - Med ensamrätt.

Drivs av

  • Our Research
  • Members
  • Collaborations
  • News
  • Contact
  • publications
  • links
  • vacancies

Den här webbplatsen använder cookies.

Vi använder cookies för att analysera webbplatstrafik och optimera din webbplatsupplevelse. Genom att acceptera vår användning av cookies kommer dina data att aggregeras med alla andra användardata.

NekaAcceptera