JAMES
R. RICE, TEACHING
Courses
taught at Brown University:
1965-1966:
Engineering
7, Vector Dynamics (Semester I; with P. S. Symonds)
Engineering
239, Stress Analysis and Fracture (Semester II)
1966-1967:
Engineering
7, Vector Dynamics (Semester I; with P. S. Symonds)
Engineering
32, Mechanics of Materials (Semester II)
1967-1968:
Engineering
203, Advanced Engineering Mechanics (Semester I)
Engineering
204, Advanced Engineering Mechanics (Semester II)
1968-1969:
Engineering
237, Plasticity (Semester I)
Engineering
32, Mechanics of Materials (Semester II; with C. Mylonas)
1969-1970:
Engineering
238, Fracture Mechanics (Semester I)
Engineering
32, Mechanics of Materials (Semester II; with C. Mylonas)
1970-1971:
Engineering
74, Thermodynamics (Semester I; with J. Kestin)
Engineering
137, Soil Mechanics (Semester II)
1971-1972:
On
sabbatical leave at University of Cambridge, UK, Department of Applied
Mathematics and Theoretical Physics, and at Churchill College
1972-1973:
Engineering
229, Plasticity (Semester I)
Engineering
238, Fracture Mechanics (Semester II)
1973-1974:
Engineering
135, Structural Analysis (Semester I)
Engineering
136, Soil Mechanics (Semester II)
1974-1975:
Engineering
74, Thermodynamics (Semester I; with J. Kestin)
Engineering
136, Soil Mechanics (Semester II)
1975-1976:
Engineering
243, Topics in the Mechanical Behavior of Materials (Semester I)
Engineering
136, Soil Mechanics (Semester II)
Engineering
204, Advanced Engineering Mechanics (Semester II; with P.C. Paris)
1976-1977:
Engineering
3, Introduction to Mechanics and Electricity (Semester I; with E. Kornhauser)
Engineering
238, Fracture Mechanics (Semester I; with L.B. Freund)
Engineering
222, Mechanics of Solids (Semester II)
1977-1978:
Engineering
3, Introduction to Mechanics and Electricity (Semester I; with E. Kornhauser)
Engineering
222, Mechanics of Solids (Semester II)
1978-1979:
On
sabbatical leave, remained at Brown University
1979-1980:
Engineering
175, Advanced Mechanics of Solids (Semester I)
Engineering
130, Structural Analysis (Semester II)
1980-1981:
Engineering
175, Advanced Mechanics of Solids (Semester I)
Engineering
238, Fracture Mechanics (Semester II)
Geological
Sciences 238, Geophysics Seminar: Physics of Earthquake Sources (Semester II;
with R. Dmowska, D. Forsythe and T. Tullis)
Courses
taught at Harvard University:
1981-1982:
Engineering
Sciences 181, Elementary Thermodynamics and Statistical Mechanics (Fall)
Engineering
Sciences 121, Intermediate Mechanics (Spring)
1982-1983:
Engineering
Sciences 181, Elementary Thermodynamics and Statistical Mechanics (Fall)
Engineering
246, Plasticity Theory and Fracture Mechanics (Spring)
1983-1984:
Engineering
Sciences 181, Elementary Thermodynamics and Statistical Mechanics (Fall)
Geology
293, Earthquake Source Processes
(Spring; with R. Dmowska)
1984
-1985:
Engineering
Sciences 181, Thermodynamics and Statistical Mechanics (Fall)
Engineering
Sciences 121, Intermediate Mechanics (Spring)
1985-1986:
Applied
Mathematics 105a, Topics in Applied Mathematics (Fall)
Geology
293, Earthquake Source Processes
(Spring; with R. Dmowska)
1986-1987:
Engineering
Sciences 122, Mechanics of Solids (Fall)
Engineering
Sciences 247, Fracture Mechanics (Spring)
1987-1988:
Applied
Mathematics 105a, Topics in Applied Mathematics (Fall)
Engineering
Sciences 122, Mechanics of Solids (Fall)
Earth
and Planetary Sciences 263, Earthquake Source Processes (Spring; with R.
Dmowska)
1988-1989:
On
sabbatical at California Institute of Technology, Division of Engineering and
Applied Sciences:
Lectures in informal research course on Plasticity Theory and Mechanics of Finite Deformation
1989-1990:
Engineering
Sciences 240, Solid Mechanics I (Fall)
Earth
and Planetary Sciences 263, Earthquake Source Processes (Spring; with R.
Dmowska)
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Spring)
1990-1991:
Engineering
Sciences 247, Fracture Mechanics (Fall)
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Spring)
1991-1992:
Engineering
Sciences 242, Solid Mechanics: Advanced Seminar (Fall; with J. W. Hutchinson)
Earth
and Planetary Sciences 263, Earthquake Source Processes (Spring; with R.
Dmowska)
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Spring)
1992-1993:
Applied
Mathematics 105b, Topics in Applied Mathematics (Spring)
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Spring)
1993-1994:
Engineering
Sciences 240, Solid Mechanics I (Fall)
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Spring)
Lecture
series on Earthquake Source Processes, informal course given in lieu of EPS 263
(Spring; with R. Dmowska)
1994-1995:
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Fall)
While
on sabbatical leave at Stanford University, Department of Geophysics (Spring):
Lectures in course on Faulting and Fluid Flow (with A. Aydin), and in seminar series on Dynamic Models of Earthquakes (with G. Beroza, R. Harris and P. Segall)
1995-1996
While
on sabbatical leave at Stanford University, Department of Geophysics (Fall):
Lectures in seminar series on Dynamic Models of Earthquakes (with G. Beroza, R. Harris and P. Segall)
Earth
and Planetary Sciences 263, Earthquake Source Processes (Spring; with R.
Dmowska; presented jointly with MIT 12.509, Earthquakes and Faulting, C.
Marone)
Engineering
Sciences 241, Solid Mechanics II (Spring; with J. W. Hutchinson)
1996-1997:
Engineering
Sciences 128, Computational Solid and Structural Mechanics (Fall)
Applied
Mathematics 105b, Ordinary and partial differential equations (Spring)
Engineering
Sciences 246, Plasticity and Finite Deformation (Spring; with J. W. Hutchinson)
1997-1998:
Earth
and Planetary Sciences 263, Earthquake Source Processes (Fall; with R. Dmowska;
presented jointly with MIT 12.509, Earthquakes and Faulting, C. Marone)
Earth
and Planetary Sciences 108, Environmental Geology (Spring)
Engineering
Sciences 241, Solid Mechanics II (Spring; with J. W. Hutchinson)
1998-1999:
Engineering
Sciences 162, Hydrology and Environmental Geomechanics (Fall)
While
on leave at ƒcole Normale SupŽrieure, Paris, Departement Terre Atmosphre OcŽan
(Spring):
Geomechanics and Rupture Dynamics: 9 research lectures at Departement Terre Atmosphre OcŽan, ƒcole Normale SupŽrieure (February to June);
Comprendre
la SismicitŽ: 7 lectures as
optional course for students majoring in program La Plante Terre, ƒcole
Polytechnique, Paliseau (February to March; with G. Perrin).
1999-2000:
While
on leave at Ecole Normale Superieure, Paris, Departement Terre Atmosphre OcŽan
(Fall):
Problems in Crack and Fault Dynamics: 3 research lectures at Laboratoire de ModŽlisation en MŽcanique, UniversitŽ Pierre et Marie Curie - Paris VI (September and October);
Introduction
ˆ la GŽomŽcanique: 4 lectures as
optional course for students of Magistre de Physique, ƒcole Normale SupŽrieure
(October and November; with P. BŽsuelle).
Engineering
Sciences 120, Introduction to the Mechanics of Solids (Spring)
Applied
Physics 298r, Materials Chemistry and Physics Seminar (Spring; with group of
faculty; two lectures, Introduction to crack mechanics, and Dynamic fracture,
friction and faulting)
2000-2001:
Earth
and Planetary Sciences 263, Earthquake Source Processes (Fall; with R. Dmowska
and C. Marone)
Engineering
Sciences 120, Introduction to the Mechanics of Solids (Spring)
Engineering
Sciences 241, Advanced Elasticity (Spring; with J. W. Hutchinson)
2001-2002:
Earth
and Planetary Sciences 108, Environmental Geomechanics (Fall)
Engineering
Sciences 265, Advanced Environmental Geomechanics (Fall)
Engineering
Sciences 120, Introduction to the Mechanics of Solids (Spring)
2002-2003:
Earth
and Planetary Sciences 263, Earthquake Source Processes (Fall; with R. Dmowska)
Engineering
Sciences 241, Advanced Elasticity (Spring)
2003-2004:
On
sabbatical leave in Fall, approximately 1.5 months at University of Cambridge, UK,
Isaac Newton Institute of Mathematical Sciences, research program on granular
materials.
Applied
Mathematics 105b, Ordinary and Partial Differential Equations (Spring; with A.
A. Harkin)
Earth
and Planetary Sciences 108, Environmental Geomechanics (Spring)
Engineering
Sciences 265, Advanced Environmental Geomechanics (Spring; with A. W. Rempel)
2004-2005:
Earth
and Planetary Sciences 263, Earthquake Source Processes (Fall; with R. Dmowska)
On
partial leave in early spring, Institut Henri Poincare, Paris, research program
on granular materials
Engineering
Sciences 241, Advanced Elasticity (Spring; with J. W. Hutchinson)
2005-2006:
Engineering
Sciences 240, Solid Mechanics (Fall)
Earth
and Planetary Sciences 108, Environmental Geomechanics (Spring)
Engineering
Sciences 265, Advanced Environmental Geomechanics (Spring; with Hoe I. Ling)
2006-2007:
Earth
and Planetary Sciences 263, Earthquake Source Processes (Fall; with R. Dmowska)
On
sabbatical leave in spring, 8 Jan to 7 Apr at Stanford University, Department
of Civil and Environmental Engineering
2007-2008:
Engineering
Sciences 162, Hydrology and Environmental Geomechanics (Fall)
Engineering
Sciences 262, Advanced Hydrology and Environmental Geomechanics (Fall)
Applied Mathematics 105b, Ordinary and Partial Differential
Equations (Spring; with S. Mandre)
Reading
and research courses regularly offered at Harvard:
Applied
Mathematics 331,332: Theoretical Mechanics in the Earth and Engineering
Sciences
Applied
Physics 347,348: Mechanics in Earth and Environmental Science
Earth
and Planetary Sciences 363: Seismology and Tectonophysics: Geomechanics,
Earthquake Source Physics
Engineering
Sciences 337, 338: Mechanics of Solids and Fluids: Earthquake Seismology and
Environmental Geomechanics