Young Researchers' Minisymposium
YR Me4 Homogenization methods in multiscale modeling of heterogeneous materials
This Young Researchersâ€™ Minisymposium addresses various aspects of homogenization methods in multiscale modeling of heterogeneous materials and aims at providing a comprehensive uptodate overview on the topic. Problems from material science, biomechanics, mechanical engineering as well as numerical aspects are to be dealt with. Topics which will be discussed are a multiphysics homogenization technique for heterogeneous interfaces, the simulation of steels and the numerical homogenization of periodic microstructures under dynamical loading conditions and in the context of a kinematically extended macroscopic continuum theory. Moreover, multi-scale modeling approaches for gradient crystal plasticity in polycrystals as well as the respiratory system against the background of acute lung diseases and mechanical ventilation are introduced.
Swantje Bargmann (TU Dortmund): Computational mechanics-based modeling of size-dependent hardening in polycrystals
Ilker Temizer (U Bilkent, Ankara): A finite deformation homogenization framework for elastohydrodynamic lubrication
Daniel Balzani (U Duisburg-Essen): Simulation of two-phase steels based on statistically similar representative volume elements