Workshop on the Multiphysics Behavior of Rubber
30 nov - 01 dec 2017, Marseille, France

mucem

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WMBR2017

NEWS
Abstract submission is open: deadline august 24, 2017 extended deadline october 13, 2017

Conference dinner will take place at les Arcenaulx on November 30

Dear Colleagues,

It is our great pleasure to invite you to participate in this special workshop on the Multiphysics Behavior of Rubber which will be held in Marseille.

 


The objective of this workshop is to gather people from the European rubber
community allow them to exchange on different approaches developed for complex
multiphysics behavior of rubber like materials either submitted to complex
thermomechanical loadings or designed to be sensitive to specific loadings.
The idea is to focus on the relationship between experimental, modeling and numerical
aspects.

The topics concerned are the following:

  •     thermo-(chemo)-mechanical couplings
  •     chemo-physical evolutions, aging
  •     smart materials, magnetorheological elastomers,...
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Sponsors

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Plenary Lectures

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Prof. Alexander Lion
Universität der Bundeswehr, Munchen, Germany

How do environmental conditions influence the performance of technical elastomers?
   
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Prof. Nick Triantafyllidis
Ecole Polytechnique, LMS, Paris, France

Magnetorheological elastomers: theory, experiments and their microstructure by design
   
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Prof. Michael Kaliske
Technische Universität Dresden, Germany

From Rubber Material to Rubber Components –
Phenomena and Modeling Challenges

Keynote Lectures

Prof. Laurent Stainier
Ecole Centrale Nantes, GEM, Nantes, France

On a variational framework for numerical modelling of finite-strain thermo-visco-elasticity

Jun. Prof. Daniel Juhre
Institut fur Mechanik, Madeburg, Germany

A physically motiviated thermoviscoelastic model for filled elastomers

Prof. Erwan Verron
Ecole Centrale Nantes, GEM, Nantes, France

Thermo-mechanical modelling of strain-induced cristallization in rubber

Prof. Sylvie Castagnet
Institut P', CNRS, Poitiers, France

Cavitation in rubbers exposed to high-pressure hydrogen: in-situ characterization of the phenomenon and modelling at the cavity scale

Prof. Leif Kari
KTH Royal Institute of Technology, Stockholm, Sweden

Physical ageing of rubber - the free volume solution

Kaine Le-Gorju & Sabine Cantournet
Hutchinson & Mines de Paris, Paris, France
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