Network Short Course 2

Going up a hill, coming down a mountain
A No2Noise short course on travelling across scales in porous media

Date: 12-13 December, 2019

Location: Physics Building, University Park, The University of Nottingham

Multiscale methods enable us to unravel the intriguing constitutive behaviour of hierarchical, heterogeneous or multi-phase materials. This includes composites, biological or bio-inspired materials, and meta-materials. Over the recent years, a number of multiscale computational approaches have been introduced including homogenization methods, multiscale finite element methods as well as mesh-free and particle methods.
The main objective of this No2Noise short-course is to form a platform for knowledge dissemination and idea exchange vis-à-vis the state-of-the-art in the field of multiscale analysis procedures for materials. It further aims at establishing a discussion forum for advanced multiscale computational techniques and at identifying associated research challenges. Topics relevant to the short course include, but are not limited to, implementations and algorithmic solutions for:

  • Micro-mechanical constitutive behaviour
  • Acoustics
  • Predictive multiscale modelling
  • Data-driven modelling
  • Verification and validation of multiscale methods

How to Register

Please register online at here!
Should you require any information please contact
Dr. Savvas Triantafyllou at savvas.triantafyllou@nottingham.ac.uk

Schedule

Thursday December the 12th 10:30-15:30 University Park Physics B13
Friday December the 13th 10:30-15:30 University Park Physics C12

S. NoTitle of the lectureGuest Speaker & their affiliation
1A non-cooperative zero-sum game for creating, validating and falsifying predictive poromechanics modelsProf. Steve Waiching Sun, Faculty of Engineering, Columbia University
2A Gradient damage-plasticity framework for fluid-infiltrating geomaterials with size-dependent anisotropyDr. Steve Waiching Sun, Faculty of Engineering, Columbia University
3Multiscale analysis and design of large-scale systems in the presence of uncertainty.Prof. Vissariwn Papadopoulous, National Technical University of Athens
4Multiscale modeling of porous media with evolving microstructureProf. Christian Geindreau, University of Grenoble
5The Cell Method for Biot's theory of PoroelasticityProf. Emmanuel Gourdon, ENTPE
6Flow, transport, and deformation in soft porous mediaProf. Chris MacMinn, Oxford University
7Two lectures on Diffuse fields and statistical energy analysis in structural acousticsProf. Edwin Reynders, KU Leuven
8Flow and transport in multiscale heterogeneous and random materialsDr. Matteo Icardi, University of Nottingham

Leave a Reply

Your email address will not be published. Required fields are marked *