The objective of this contribution is to present a unifying review on strain-driven
computational homogenization at finite strains, thereby elaborating on computational …

The classical continuum mechanics assumes that a material is a composition of an infinite
number of particles each of which is a point that can only move and interact with its nearest …

Practical Multiscaling covers fundamental modelling techniques aimed at bridging diverse
temporal and spatial scales ranging from the atomic level to a full-scale product level. It …

Phase field modeling of fracture has been in the focus of research for over a decade now.
The field has gained attention properly due to its benefiting features for the numerical …

This review of multiscale modeling covers a brief history of various multiscale methodologies
related to solid materials and the associated experimental influences, the various influence …

Within this work, we utilize the framework of phase field modeling for fracture in order to
handle a very crucial issue in terms of designing technical structures, namely the …

This manuscript presents the formulation and implementation of a failure model for random
short microfiber reinforced composite materials based on the Extended Finite Element …

SUMMARY A multiscale fatigue life prediction model is developed for heterogeneous
materials. The proposed model combines a two‐scale asymptotic homogenization approach …

Purpose The purpose of this paper is to consider an approximate model of accumulation of
microdefects in a material under repeated loading which makes it possible to define …

The ductile performance of high strength steel (HSS) from different steel grades, producers,
manufacturing processes varies a lot. It is also difficult to conduct all kinds of reliable …