The study discusses the subject of a temperature change of TWIP steels during their
deformation as a result of a conversion of the plastic deformation work into heat, based on a …

The efficiency of the thermomechanical conversion, expressed as the Taylor–Quinney
coefficient (TQC) is seldom reported in the literature and generally assumed to be equal to …

Abstract Shape Memory Alloys (SMAs) is a class of smart materials with the ability to
remember the original shape. SMAs exhibit stress-induced martensitic transformation …

The mechanical behavior of a commercially pure titanium (CP-Ti) is systematically
investigated in quasi-static (Instron, servohydraulic) and dynamic (UCSD's recovery …

The energy balance equation for elastoplastic solids includes heat source terms that govern
the conversion of some of the plastic work into heat. The remainder contributes to the stored …

The results from a systematic study of the response of a Ti–6Al–4V alloy under quasi-static
and dynamic loading, at different strain rates and temperatures, are presented. The …

It has long been known that the mechanical energy of plastic deformation tranforms partly
into heat (ratio βint) which can cause noticeable temperature rise under adiabatic …

Samples of DuPont 7A and 7C Teflon (PTFE, poly (tetrafluoroethylene)) were tested in
compression at strain-rates between 10− 4 and 1s− 1 and temperatures between− 198 and …

This study aims to explore the bonding features and mechanisms present in kinetic spray
coatings of commercially pure titanium (CP-Ti) by linking experimental observations with …

Microstructural physical based constitutive models are developed in this work in order to
characterize the deformation behavior of body centered cubic (bcc) and face centered cubic …