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Ames, IA
United States
Iowa State University - Department of Aerospace Engineering
High-entropy alloy, Pseudoelasticity, DFT, CALPHAD, Molecular Dynamics
Deep-focus earthquakes, plastic strain-induced olivine-ringwoodite phase transformation, microstructure evolution, rotational diamond anvil cell
Severe plastic deformations, High pressure, Phase transformation, Nanostructure evolution, In-situ synchrotron X-ray diffraction, Dislocation density, Crystalline size, Kinetics
High pressure phase, Precipitate, Critical thermal driving force, Hysteresis, Phase field theory
phase-field approach, martensitic phase transformation, lattice instability condition, dislocation, nanostructure
mechanochemistry, diffusion, anisotropic (tensorial) strain, oxidation, stress relaxation, large deformation
phase transition, α − ω Zr, X-ray diffraction, high-pressure, microstructure
severe plastic deformations, perfectly plastic, isotropic, and strain-path-independent behavior, steady microstructures, pressure dependence of the yield strength, coupled experimental-computational techniques, metals, ceramics, and minerals
