Education
Govt. College of Engineering (India), 2001, BE, Metallurgical Engineering; University of Virginia, 2004, MS, Materials Science and Engineering; 2008, PhD, Materials Science and Engineering
Professional Area(s)
Computational materials science, computational mechanics, high-rate deformation, multiscale modeling, plasticity mechanisms, shock loading, laser-matter interactions, solidification, corrosion behavior, ion intercalation, damage evolution, fracture mechanics, phase transformation, and machine learning
Citation
For significant and sustained contributions in materials science and engineering and mechanics of materials through the development of state-of-art computational methods to predict the atomic-scale and mesoscale mechanisms that determine properties and behavior of materials under extreme environments of high pressures, high strains, high strain rates, high temperatures, and shock.