Physics Department
The University of Arizona
Tucson, AZ 85718
United States
University of Arizona
SSRN RANKINGS
in Total Papers Citations
GRX-810, High Temperature behavior, Deformation Mechanisms
GRX-810, Multi-Principal Element Alloys, High-Temperature Properties, Deformation Mechanisms
Additive Manufacturing, Direct Energy Deposition, Thin-Walled Structures, Size Effects, Microstructure
additive manufacturing, Direct Energy Deposition, Thin-Walled Structures, Size effects, microstructure
Copper alloys, Size Effect, Mechanisms, Fatigue
Additive manufacturing, Lattice Structures, Copper Alloys, Microstructure
High-Temperature Behavior, Deformation Mechanisms, Ductility Loss, Thin-walls
High-Temperature Behavior, Ductility Loss, strengthening mechanisms, Deformation mechanisms, Thin-walls
Size effect, high temperature, strain hardening rate, deformation mechanisms
High-Temperature Behavior, Machine learning, Crystal plasticity, Parameters Optimization, Nickel Superalloy
GRX-810, Multi-Principal Element Alloy, Multiaxial loading, Yield surface, anisotropy
Ti5553, Additive manufacturing, lattices, electron microscopy, digital image correlation
Non-oriented electrical steel, Deformation dynamics, Quasi-static condition, Elevated temperature, Microhardness, Electric vehicle rotor.
fall prediction, long short-term memory, camera based system, posture monitoring.
additive manufacturing, thin wall, size effects, microstructure, fatigue
Lattice Structures, Strut-level anisotropy, Elastoplastic material model, Ti-alloy
GRCop-42, Copper Alloy, L-PBF, LP-DED, Porosity, Surface topography, Microstructure, Texture, Tensile testing
Microstructure-informed lattice design, Multiaxial mechanical behavior, Delocalization, Shear stress minimization
