The increasingly harsh environment of the nuclear reactors and the insurmountable flaws of
in-service materials have created an urgent need for the development of the brand-new …

In this paper, a machine learning-based atomistic-continuum multiscale method is
developed to model the mechanical behavior of Ni-based superalloys. The kinematic and …

Normal strengthening methods through precipitations and deformation obviously enhance
the strength of metallic materials while resulting in the sacrifice of ductility, and synergistic …

The mechanical behaviors of crystalline materials, in particular the atomic scale deformation
and failure processes, are strongly influenced by the local atomic stress near crystalline …

Refractory high entropy alloys (RHEA) are promising potential used as structural materials
owing to the remarkable mechanical properties, such as excellent thermal stability and …

In this work, we have developed a temperature-dependent, multi-mechanism crystal
plasticity (CP) model aimed at unravelling the deformation and failure resistance of Cantor …

In this paper, we investigate plasticity in irradiated FeCrAl nanopillars using discrete
dislocation dynamics simulations (DDD), with comparisons to transmission electron …

Exploring the interactions between precipitates and grain boundaries (GBs) is of great
important to tailor the high-temperature stability and mechanical property of precipitate …

Precipitate-hardened high-entropy alloys (HEAs) exhibit great mechanical strength and
exceptional ductility. However, the existing model fails to accurately predict the yield strength …

With the recent developments in the field of advanced materials, there exists a need for a
systematic summary and detailed introduction of the modeling and simulation methods for …