We propose an atomistically informed Eshelby's inclusion analysis to investigate the
morphology of secondary phases, which elastically interacted with each other through their …

The existence of the B33 phase in TiNi alloys, which was reported to be a stable phase
using density functional theory calculations but not confirmed experimentally, is …

In this study, we energetically predicted the temperature-dependent stability of the
heterogeneous B19′ phase in the B2 matrix of TiNi alloys using density functional theory …

The differences between nanoparticles and nanovoids cannot be clearly distinguished
energetically using conventional comparisons based on the surface energies of these …

To address the embrittlement challenges posed by gas blisters in anisotropic materials, the
stable shape of constant-pressure blisters in anisotropic materials (hexagonal, tetragonal …

The properties of nanoparticles depend on their sizes, and these size effects in face-
centered-cubic (FCC) nanoparticles are attributed to the edge and vertex effects. However …

We propose an approach for calculating the strain field inside materials using X-ray
computed tomography (CT) images obtained during deformation tests. Our approach is …

Considering the nucleation process of Zr hydrides as phase transformation from hexagonal
closed-packed (HCP) to face-centered tetragonal (FCT) structure, we calculated the …

Abstract β titanium alloys have a wide range of applications, including in aerospace and
transport. The β phase is stable only at high temperatures, and the phase stability can be …

This study investigates the effect of purity of aluminum on the morphology of blisters formed
on aluminum plates. To this end, aluminum samples with 99% and 99.99% purities are …