Herein, a comprehensive review on the application of digital image correlation (DIC) for
investigations of strain localization phenomena in the field of materials science and …

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

The present research sheds light on a first viscoelastic-viscoplastic damage model with a
cohesive zone in between, implemented in finite element method. The viscoelastic layer …

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 …

The fatigue failure process of metal is a complex energy exchange process accompanied by
temperature evolution due to energy dissipation and heat transfer, which can be well …

To obtain robust estimations of the fatigue limit from energy-based fatigue criteria,
constitutive laws must include a correct description of the energy balance when modeling …

In the present research, new and accurate equations were developed for the incremental
plastic multiplier (IPM) and the consistent tangent operator (CTO) to solve numerical …

Abstract 3D kinematic fields are measured using an original stereovision system composed
of one infrared (IR) and one visible light camera. Global stereocorrelation (SC) is proposed …

This paper focuses on the development of a novel digital image correlation strategy based
on infrared imaging (IR-DIC) for realizing simultaneous assessment of Lagrangian strain …