Computational Methods for Multiscale, Multiuncertainty and Multiphysics Problems

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Conference Introduction:

Over the past two decades, research in multi-physics, multi-scale, and multi-uncertainty modeling has grown significantly, driven by advances in mathematical methods, numerical strategies, and computational power. This field integrates homogenization, parallel computing, and stochastic analysis, with applications ranging from materials science to biomedical engineering. The CM3P(Computational Methods for Multiscale, Multi-uncertainty and Multi-physics Problems) conference targets the latest advances in the M3 fields, including the following (not exhaustive) research topics:

  • Computer simulation of multi-physics processes/systems
  • Computational homogenization and multi-scale modelling
  • Stochastic modelling, probabilistic engineering, reliability and risk assessment
  • Computational coupling strategies
  • High-performance computing related to the M3 (multi-physics, multi-scale and multi-uncertainty) challenges
  • Relevant scientific and industrial applications
  • Other related topics

Time: 1-4 July 2025

Participant:

  • Professor Chenfeng Li
  • Dr Bingbing Chen
  • Amir Arabzadeh
  • Liam Garcia

Location/Room: Porto, Portugal

Conference Website: https://cm3p.org/