James R. Rice
Solid Mechanics (fracture theory, interfacial failure, crack dynamics)
Professor Rice has contributed to fracture and plasticity theory in materials engineering and to earthquake source physics and crustal deformation modeling. He came to Harvard in 1981 and had been at Brown University since receiving his Ph.D. in 1964. His current materials research addresses problems in crack dynamics, and also the brittle versus ductile response of metal crystals, and their interfaces with one another and with ceramics, in terms of atomistic and dislocation processes. Previously, he contributed to the mechanics of crack growth, especially in ductile metals, micromechanisms of ductile and creep rupture, constitutive equations in crystal plasticity, deformation localization into shear bands, and computational methodology in solid mechanics. His contributions in earth science have been on the dynamics of earthquake response in relation to laboratory-based frictional properties of fault materials, stress accumulation in the crust as guided by seismic and geodetic constraints, and poroelasticity of fluid-infiltrated solids.
Awards and Honors
For question or comments please write to : James R. Rice