Donghua Xu

Assistant Professor

Oregon State University

United States

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Donghua Xu is an Assistant Professor at Oregon State University, USA. His research focuses on the mechanical properties and atomic behaviors of metallic glasses, with recent articles exploring topics such as tensile behavior in multicomponent systems, multiscale modeling of nanoparticle precipitation, and crystallization mechanisms in nano-sized materials. He is dedicated to advancing the understanding of material science through innovative approaches in additive manufacturing and compositional analysis.

Donghua Xu

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Articles (16)

Compositional Effects on the Tensile Behavior of Atomic Bonds in Multicomponent Cu93−xZrxAl7 (at.%) Metallic Glasses

Deformation-Induced Crystal Growth or Redissolution, and Crystal-Induced Strengthening or Ductilization in Metallic Glasses Containing Nanocrystals

Atomic Diffusivities of Yttrium, Titanium and Oxygen Calculated by Ab Initio Molecular Dynamics in Molten 316L Oxide-Dispersion-Strengthened Steel Fabricated via Additive Manufacturing

Effect of Liquid Miscibility Gap on Defects in Inconel 625–GRCop42 Joints through Analysis of Gradient Composition Microstructure

Nontoxic, precious-metal-free titanium-based metallic glasses with exceptional glass-forming ability and high specific strength

Multiscale Modeling of Nanoparticle Precipitation in Oxide Dispersion-Strengthened Steels Produced by Laser Powder Bed Fusion

Non-Equal Contributions of Different Elements and Atomic Bonds to the Strength and Deformability of a Multicomponent Metallic Glass Zr47Cu46Al7

Nanocrystallization of Cu<sub>46</sub>Zr<sub>33.5</sub>Hf<sub>13.5</sub>Al<sub>7</sub> Metallic Glass

Formation energetics/dynamics of icosahedral clusters in supercooled metallic liquids in the dynamic equilibrium regime: Gibbs free energy, entropy, enthalpy, and connection to coordination shells

Atomic Mechanisms of Crystallization in Nano-Sized Metallic Glasses

Direct transformation of equilateral hexagonal Frank vacancy loops to stacking fault tetrahedra under thermal fluctuation

Corrosion behavior of new rare-earth free Cu-based metallic glasses in NaCl solution of different molarity

Icosahedral clusters in Cu100-xZrx (x=32,34,36,38.2,40 at.%) metallic glasses near the peak of glass-forming ability (x=36): A balance between population and encaging strength

Spontaneously formed quasicrystal grains in a pure metal

Inverted core–shell potential energy landscape of icosahedral clusters in deeply undercooled metallic liquids and glasses and its effect on the glass forming ability of bcc and fcc metals

Rare-earth and precious-metal free Cu-based metallic glasses with superior glass-forming ability and processability

Collaborators (3)

Melissa Santala

Chih-hung Chang

Somayeh Pasebani

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