This work presents a comprehensive examination of the physical mechanisms driving
hardening in irradiated face-centered cubic FeNiCr alloys. The evolution of irradiation …

In this paper, the interaction between an edge dislocation and irradiation< 100> sessile self-
interstitial atom (SIA) type dislocation loops (DLs) is studied by atomistic simulations in BCC …

The introduction of obstacles (eg, precipitates) for controlling dislocation motion in molecular
structures is a prevalent method for designing the mechanical strength of metals. Owing to …

The proton irradiation-induced hardening effect of dislocations in C35M FeCrAl alloy on
glide resistance was quantified by in-situ micropillar compression testing in a scanning …

By impeding dislocation motion, the irradiation-induced dislocation loops cause irradiation
hardening and further embrittlement of plasma-facing tungsten in fusion reactors, leading to …

Lightweight high/medium-entropy alloys (H/MEAs) possess attractive properties such as
high strength-to-weight ratios, however, their limited room-temperature tensile ductility …

The investigation into irradiation hardening and embrittlement is of critical importance in
nuclear material subject. This work explores the applications of machine learning (ML) to …

Semiconductor–metal composites are widely used in aerospace and automotive
manufacturing, weapon production, and electronic packaging because of their high …

Mutual interaction among microstructural elements, such as dislocations or point defects,
through elastic fields plays an important role in understanding the dynamic evolution of …

We employed in-situ S/TEM techniques to investigate deformation and damage mechanisms
in neutron-irradiated EUROFER97 steel subjected to a 15 dpa dose at 330 C. Irradiated …