Correctly representing the micro-scale model boundaries is fundamental to the performance
and accuracy of multi-scale homogenisation. Although enforcing periodic boundary …

In this paper, we consider a coarse grid approximation (numerical homogenization and
multiscale finite element method) for the poroelasticity problem with stochastic properties …

In this paper, we consider a numerical homogenization of the poroelasticity problem with
stochastic properties. The proposed method based on the construction of the deep neural …

A fuzzy arithmetic framework for the efficient possibilistic propagation of shape uncertainties
based on a novel fuzzy edge detection method is introduced. The shape uncertainties stem …

Computational homogenization is demonstrated as a potential analysis tool that can be
used directly to predict the property structure relationships of many existing classes of …

This paper introduces procedural generation of lattice structures inside predefined volumes
for fatigue life enhancement of multiscale constructed structural components. Global …

I like to thank all the people that supported me during my studies and my doctoral research.
First and foremost I wish to show my gratitude to Martin Eigel for his mentoring and support …

Abstract Computer Aided Design (CAD) in combination with structural optimization has
allowed the rapid development of engineering prototypes. Topology and multi-scale design …

Au sein de la grande famille des matériaux, la catégorie des matériaux composites est
largement répandue et utilisée dans différents domaines industriels, comme par exemple …

Le but est de proposer un modèle macroscopique, déterministe et non-local, construit par
transition d'échelle pour des matériaux hétérogènes à fort gradient de propriétés, constitués …