The development of radiation-tolerant structural materials is an essential element for the
success of advanced nuclear energy concepts. A proven strategy to increase radiation …

The multi-scale modeling of lithium-ion battery (LIB) is difficult and necessary due to its
complexity. However, it is difficult to capture the aging behavior of batteries, and the coupling …

Dislocation loops are ubiquitous in irradiated materials, and dislocation loop bias plays a
critical role in void swelling. However, due to complicated interactions between dislocation …

Recovery processes in metals with a high defect concentration are at the heart of a structural
alloy's usability in engineering applications. However, such processes take place via …

Abstract Object kinetic Monte Carlo (OkMC) is a fundamental tool for modeling defect
evolution in volumes and times far beyond atomistic models. The elastic interaction between …

Plasticity in ceramics is governed by the process of dislocation dynamics, which can be
divided into four stages: nucleation, activation, motion, and multiplication of dislocations …

The self-organization of irradiation defects has continuously attracted numerous
experimental and theoretical attentions, due to its influence on the service performance of …

With the continuous improvement of people's living standards, the requirements of music
majors for their training standards are also increasing, which leads to the development of …

Modelling and simulation of fusion materials aims at interpreting information derived from
tests on materials exposed to neutron irradiation in fission reactors. This enables …

The study of dislocation microstructures (linear defects) enables us to identify the
fundamental mechanisms of plastic deformation in materials. These defects are defined by …