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Solid mechanics / Deformation / Continuum mechanics / Plasticity / Tensors / Γ-convergence / Elastic energy / Stress / Plate theory / Mechanics / Physics / Materials science


Effective theories for thin elastic films Discrete-to-continuum limits for membranes and plates and minimal energy configurations of strained multi-layers Von der Fakult¨at f¨ ur Mathematik und Informatik
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Document Date: 2013-12-05 22:43:41


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City

Leipzig / /

Event

Person Communication and Meetings / /

Facility

Warwick University / Max-Planck Institute / University of Minnesota Die Verleihung / /

IndustryTerm

atomic chain / physical energy functions / atomic energy / energy function / finite bending energy / stored energy / elastic energy / appropriate energy functionals / non-trivial energy response / energy scaling / low energy / minimal energy configurations / appropriate energy scale / non-trivial minimal energy configurations / energy configurations / minimal energy / continuum energy expression / energy minimizers / energy density / energy regime / quantum mechanical energy models / stored energy density / macroscopic energy scales / macroscopic energy density / constant limiting energy expressions / membrane energy regime / relaxed energy / energy functions / energy / /

Organization

University of Minnesota Die Verleihung / Forschergruppe / Max-Planck-Institut f¨ / Department of Aerospace Engineering and Mechanics / Max-Planck Institute in Leipzig / Warwick University / /

Person

Bernd Schmidt / Gero Friesecke / G. Friesecke / H. Paetzelt / V / Corinna Braun / Richard D. James / /

Position

supervisor / director fields / /

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