This book demonstrates the potential of novel in-situ experiments, performed on microscopic
and macroscopic length scales, for investigating localized deformation processes in metallic …

An innovative identification strategy based on high power ultrasonic loading together with
both infrared thermography and ultra-high speed imaging is presented in this article. It was …

This work develops an extension of the Data-Driven Computational Mechanics approach
introduced by Kirchdoerfer and Ortiz (2016) to history-dependent behaviour. The material …

This paper focuses on a study of plastic deformation on the mesoscale level by infrared
thermography coupled with digital image correlation. First, a novel technique for fully …

A motion compensation method for thermoelastic stress analysis (TSA) is described that
uses digital image correlation (DIC) to capture the displacement field on the surface of the …

Background The false apparent temperature change caused by moving objects generates
noise components in thermoelastic stress analysis (TSA) and rapid fatigue limit estimation …

Anwendbare Materialgesetze im Rahmen der phänomenologischen Kontinuumsmechanik
sind durch die berücksichtigten Deformationsmechanismen geprägt und sind in der Regel …

In structural analysis, the mechanical response of a material is usually approximated with a
constitutive model, ie a mathematical relation between strains and stresses. This …

The analysis of coupled thermo-mechanical phenomena in solid media is a scientific topic
as old as it still presents as many new challenges. Motivated by practical engineering …

With the intention of achieving an experimental grain scale energy balance at finite strain
and at the grain scale, a mechanical test on a coarse-grained aluminium is presented in this …