Infrared thermography has been under review in the last 30 years due to its versatility and
potential in the detection of the thermal signature associated with intrinsic energy …

The characterization of material behavior under various loading conditions involves two
closely related aspects, namely mechanical and thermal, that can be grouped into one …

The paper aims to highlight the advantages of using data supplied by digital image
correlation (DIC) and infrared thermography (IRT) to study the thermomechanical behaviour …

Materials used in nuclear power plants are exposed to cyclic loading, which is why the
understanding of fatigue behaviour is of great importance. Because of high time investments …

Two different full-field measurement techniques were used in this study to investigate the
mechanical response of an aluminium multicrystal specimen subjected to a tensile test. The …

A micromechanical model is proposed to describe the interactions between the
microstructure and the dissipative deformation mechanisms in ferritic steels under cyclic …

The thermomechanical characteristics and, more specifically, the dissipative behavior of two
steels (a DP600 and a 316L stainless steel) have been studied using infrared measurement …

Dual-phase steel has been employed in the automotive industry as it has the advantages of
high strength, satisfying ductility, low yield ratio, and so on. A novel framework for the weld …

The aim of the present work is to study the mechanisms at the origin of the two self-heating
regimes under cyclic loading observed for stress amplitudes lower than the conventional …

The aim of this paper is to present a post-processing technique based on a derivative
Gaussian filter to reconstruct heat source fields from temperature fields measured by infrared …