Dislocation mobility is a fundamental material property that controls strength and ductility of
crystals. An important measure of dislocation mobility is its Peierls stress, ie, the minimal …

This paper is an experimental investigation of high temperature-dose stability of yttria
particle dispersions in pure Fe matrix. Irradiation experiments were performed using single …

Fe–Cr based ferritic/martensitic (FM) steels are the candidate structural materials for future
fusion reactors. In this work, a multi-scale approach comprising atomistic and dislocation …

MBP many-body potential MC Monte Carlo MD molecular dynamics MMM multiscale
materials modeling MS molecular statics m Poisson's ratio PAD periodic array of …

Abstract Properties of ferritic Fe-based alloys are highly sensitive to the carbon content
dissolved in the matrix because interstitial carbon is known to strongly interact with lattice …

Primary damage and microstructure evolution in structural nuclear materials operating under
conditions of a high flux of energetic atomic particles and high temperature and stress lead …