This paper presents a detailed investigation of the microstructure evolution and crack
propagation in quenching and partitioning (Q&P) steel at different strain rates. The results …

This review discusses the feasibility of using microstructure-and defect-sensitive models to
predict the fatigue behavior of additively generated materials through a non-exclusive …

Recent studies revealed a complex, non-monotonic relationship between flow stress, and
temperature and strain rate for ultra-fine-grained DP1000 steel, including unexpected drops …

In this paper, the deformation behavior and microstructure evolution of 300M steel are
comprehensively studied by using the split-Hopkinson pressure bar technology, with an …

In the present work, a critical analysis of the most-commonly used analytical models and
recently introduced ANN-based models was performed to evaluate their predictive accuracy …

This work proposes an innovative method to analyze the softening behavior due to adiabatic
heat up to the fracture onset during high-rate deformation of AISI4340 steel at room …

The thermal softening related to the stress relaxation, ie a reduction in the internal resistance
to deformation, due to the increasing bulk temperature is theoretically studied using the …

Strain rate sensitivity will change the cyclic mechanical response of materials under
multiaxial thermomechanical fatigue loading; thus, it will lead to errors in fatigue life …

Abstract Die-cast Al–Si aluminium alloys are increasingly used in the lightweight design of
automobiles; their mechanical properties under dynamic loading are crucial and thus must …

The SPCE steel demonstrates favorable deep-drawing and forming properties, leading to its
widespread use in industrial production. However, when subjected to complex loads, it …