JAMES R. RICE
Curriculum Vitae (as of 24 June 2015)
BIRTH: 3
December 1940, Frederick, Md. USA citizen
ADDRESS (PROFESSIONAL):
224
Pierce Hall, Harvard University, 29 Oxford Street, Cambridge, MA 02138 USA;
telephone 617-495-3445, fax 617-495-9837; e-mail:
rice@esag.harvard.edu;
www: http://esag.harvard.edu/rice/
EMPLOYMENT:
9/1981 - present: Harvard
University, Cambridge, MA; School of Engineering and
Applied Sciences, and Department of Earth and Planetary Sciences.
positions:
Mallinckrodt Professor of Engineering Sciences and Geophysics
(7/01-present).
Gordon McKay Professor of Engineering Sciences and Geophysics
(9/81-6/01).
1/15 - 12/15: On sabbatical leave, at
Harvard, except for part of 4/15 - 5/15
at Section on Tectonics and Mechanics of the Lithosphere, Institut
de Physique du Globe, Paris, and for 9/15
- 12/15 at California Institute of Technology as Moore Distinguished
Scholar, Division of Engineering and Applied Science.
9/12
- 11/12: On sabbatical leave, Section on Tectonics and Mechanics of the
Lithosphere, Institut de Physique du Globe, Paris.
1/07 - 4/07: On sabbatical leave, Shimizu Visiting
Professor, Department of Civil and Environmental Engineering, Stanford
University.
9/04: On sabbatical leave,
Rothschild
Visiting Professor, Isaac Newton Institute of Mathematical Sciences, University
of Cambridge, UK.
1/99 - 12/99: On
leave of absence, Blaise
Pascal International Research Professorship, Foundation of ƒcole
Normale SupŽrieure,
Paris; principal host: DŽpartement
Terre Atmosphre Ocean, ƒcole
Normale SupŽrieure,
Paris. Also, for 1/99 - 5/99, Professor of Mechanics, ƒcole Polytechnique, Paliseau, France.
1/95 - 12/95: On
sabbatical leave, Allan Cox Visiting
Professor, Department of Geophysics, School of Earth Sciences, Stanford
University.
9/88 - 8/89: On
sabbatical leave, Sherman Fairchild
Distinguished Scholar, Division of Engineering and Applied Science, California
Institute of Technology.
9/1964 - 8/1981: Brown
University, Providence, RI; Division of Engineering.
positions:
L.
Herbert Ballou Professor of Theoretical and Applied
Mechanics (7/73 - 8/81);
Professor
of Engineering (7/70 - 8/81);
Associate
Professor of Engineering (7/68 -
6/70);
Assistant
Professor of Engineering (7/65 -
6/68);
NAS-NRC
Postdoctoral Fellow and Research Associate
(9/64 - 6/65).
9/71
- 8/72: On
sabbatical leave, NSF Senior
Postdoctoral Fellow, Department of Applied Mathematics and Theoretical Physics,
University of Cambridge, and Overseas Fellow, Churchill College, Cambridge, UK.
EDUCATION AND DEGREES:
9/1958 - 8/1964 Lehigh University,
Bethlehem, PA
B.Sc.,
Engineering Mechanics, 6/62
Ph.D.,
Applied Mechanics, 10/64
SCIENTIFIC INTERESTS:
These
examine the solid and fluid mechanics, and materials and thermal physics, of
earth and environmental processes. The focus is on stressing, deformation,
fracture and flow in seismology and tectonophysics,
glaciology, and surficial geologic processes, as well as on geomechanical
and hydrological aspects of civil, environmental and energy engineering. Studies on the
science of earthquakes have addressed the nucleation of seismic rupture,
thermo- and hydro-mechanical weakening of fault zones during seismic slip,
fracture propagation through branched and offset fault systems, tsunami
generation and propagation, and relations among stressing, seismicity and
deformation in or near continental and subduction
fault systems, including the physics of aseismic deformation transients. In studies of hydrologic and poromechanical processes, fluid interactions in the
deformation and failure of earth materials are addressed. Such have applications to glacial flows,
including rapid and episodic ice motions, the origin of Antarctic ice streams,
massive ice-sheet under-flooding events, and glacial earthquakes, to submarine
and subaerial landslide processes, and to fracturing
and faulting associated with geotechnical energy technologies. Work in earlier
years included a strong focus on mechanical and materials engineering, addressing
the theory of crack propagation in elastic-plastic metals, path-independent
integrals in elasticity, the structure of inelastic constitutive relations for
solids, microscopic mechanisms of cleavage and ductile or creep rupture, the
thermodynamics of interfacial embrittlement, wave
effects in tensile crack dynamics, sliding friction and its instabilities,
deformation localization into shear zones, and landslides in overconsolidated soil slopes. Contributions were also
made to techniques of computational mechanics, including finite-element and
spectral elastodynamic methods.
ACTIVITIES:
PROFESSIONAL SOCIETIES, ACADEMIES::
American Society of Mechanical Engineers,
Member, 1964 - ; elected Fellow, 1980 -.
American Geophysical Union, Member, 1975 - ; elected Fellow, 1988-.
American Society of Civil Engineers,
Member, 1976 - .
American Physical Society, Materials
Physics & Fluid Dynamics Divisions, Member, 1995 -.
American Academy of Mechanics, Member,
1988 - ; elected Fellow, 1990 -.
American Association
for the Advancement of Science, Member; elected Fellow, 1981 -.
American
Academy of Arts and Sciences, elected Fellow, 1978 -.
National Academy of Engineering, USA,
elected Member, 1980 -.
National Academy of Sciences, USA,
elected Member, 1981 -.
Royal Society of Edinburgh, elected
Honorary Fellow, 1990 - .
Royal Society of London, elected Foreign
Member, 1996 -.
AcadŽmie des Sciences, Institut de France, elected AssociŽ
ƒtranger (Foreign Member), 2000 -.
Spanish Academy of Engineering,
elected Corresponding Member, 2001 -.
COMMITTEES (current and some
previous):
Board of Trustees, Lehigh University, 1988 - 1998.
Committee
on Seismology, National Research Council Commission on Physical Sciences,
Mathematics and Resources, 1992 - 1998.
Committee on Science of Earthquakes, National Research Council Commission on Geosciences, Environment and Resources, 1996 - 2002.
Council on Materials Sciences, Materials Sciences Program of Basic Energy Sciences Division, Department of Energy, 1997 - 1999.
Advisory Board, School of Earth Sciences, Stanford University, 1998 - 2000.
Visiting Committee Member, Department of Mechanical Engineering, MIT, 2001 - 2009.
Board of Directors, Harvard University representative, NSF-USGS Southern California Earthquake Center, 2002 - .
Scientific Advisory Board, San Andreas Fault Observatory at Depth (SAFOD) of NSF Earthscope Program, 2004 - 2007.
Scientific Advisory Committee, DŽpartement Terre Atmosphre Ocean, ƒcole Normale SupŽrieure, Paris, 2005 - 2009.
International
Advisory Committee, Engineering Science Programme,
National University of Singapore, 2006 - 2010.
Scientific Advisory
Committee, ParisTech (formerly, Grandes Ecoles d'IngŽnieurs de Paris),
2008 - 2012.
Faculty Advisor, Engineers
Without Borders USA, Harvard University Student Chapter, 2008 - 2012.
Committee on Geological and Geotechnical
Engineering, Board on Earth Sciences and Resources, National Research Council,
2011 - .
Member, National Research Council study group
on State of the Art and Practice in Earthquake Induced Soil Liquefaction
Assessment, 2013 - 2015.
Visiting Committee, Division of
Engineering and Applied Sciences, California Institute of Technology, 2013 -
2014.
EDITORIAL (current, but largely
inactive):
Editorial Advisor,
Journal of the Mechanics and Physics of Solids, 1978 -.
Editorial Board, Quarterly
of Applied Mathematics, 1978 -.
Editorial Advisory Board, Acta Geotechnica, 2005 - .
Advisory Board, Acta Geophysica, 2006 - .
AWARDS,
MEDALS:
¥ Charles B. Dudley
Medal of the American Society for Testing and Materials for the paper "Mechanics of Crack Tip Deformation and
Extension by Fatigue" (ASTM STP-415, 1967, p. 237), 1969.
¥ Henry Hess Award of the American
Society of Mechanical Engineers for the paper "A path independent integral and the approximate analysis of strain
concentration by notches and cracks" (ASME J. Appl. Mech., 1968, 35, p. 379), 1969.
¥ Pi Tau Sigma Gold
Medal Award of the American Society of Mechanical Engineers "for outstanding achievement in mechanical
engineering within ten years following graduation", 1971.
¥ U.S. National Committee for Rock
Mechanics Award for Outstanding Research in Rock Mechanics, June 1977, shared
with J.W. Rudnicki, based on the co-authored paper
"Conditions for the localization of
deformation in pressure-sensitive dilatant materials" (J. Mech. Phys.
Solids, 1975, 23, p. 371).
¥ George R. Irwin Medal of the American
Society for Testing and Materials, Committee E-24 on Fracture Testing, shared
with J.W. Hutchinson for "significant
contributions to the development of nonlinear fracture mechanics",
1982.
¥ William Prager
Medal of the Society for Engineering Science for "outstanding achievements in solid mechanics", 1988.
¥ American Academy of
Mechanics Award for Distinguished Service to the Field of Theoretical and
Applied Mechanics, 1992.
¥ Francis Birch
Lecturer, American Geophysical Union, on "Problems in earthquake source mechanics", 1993.
¥ Timoshenko Medal, Applied Mechanics
Division, American Society of Mechanical Engineers, "for seminal contributions to the understanding of plasticity and fracture
of engineering materials and applications in the development of computational
and experimental methods of broad significance in mechanical engineering
practice", 1994.
¥ Francis J. Clamer
Medal for Advances in the Field of Metallurgy, Franklin Institute, for "development of the J-integral for the
accurate prediction of elastic-plastic fracture behavior in metal from easily
obtained data", 1996.
¥ Nadai Award,
Materials Division, American Society of Mechanical Engineers, "for major contributions to the fundamental
understanding of plastic flow and fracture processes in engineering and
geophysical materials; and for the invention of the J-Integral which forms the
basis for the practical application of nonlinear fracture mechanics to the
development of standards of safety of structures", 1996.
¥ Excellence in
Mentoring Award, Graduate Student Council, Harvard University, 1999.
¥ Blaise Pascal
International Research Professorship, awarded by the Region Ile-de-France
through the Foundation of ƒcole Normale
SupŽrieure, Paris, for the 1999 calendar year, for
research on "Rupture dynamics in
seismology and materials physics".
¥ Maurice A. Biot Medal, American Society of Civil Engineers, for Òfundamental
contributions to the mechanics of porous metals and geomaterials
with applications to soil mechanics, geophysics and materials science and
engineeringÓ, 2007.
¥ Panetti-Ferrari
International Prize for Applied Mechanics, Academy of Sciences of Turin, 2008.
¥ Louis NŽel
Medal of the European Geosciences Union in the areas of rock magnetism, rock
physics and geomaterials, for "seminal contributions to our fundamental
understanding of strain localization, poromechanics
and friction and his elegant and systematic studies have elucidated fault
mechanics and the coupling with hydrologic and thermal processes during all
phases of the earthquake cycle", April 2012, Vienna.
¥ Walter H. Bucher
Medal, American Geophysical Union, "for
original contributions to the basic knowledge of crust and lithosphere",
December 2012, San Francisco.
¥ Harry Fielding Reid Medal of the
Seismological Society of America "for
outstanding contributions in seismology and earthquake engineering",
announced April 2012, presented April 2013, Salt Lake City.
¥ George Irwin Gold Medal of the
International Congress on Fracture (ICF) for "a senior researcher whose pioneering contributions have had lasting
impact on engineering applications of fracture theories",
presented June 2013 at ICF-13, Beijing.
¥ Theodore von
Karman Medal of the American Society of Civil Engineers, for "fundamental contributions to mechanics and its engineering
applications",
announced March 2014, presented during the June 2015 ASCE Engineering Mechanics
Institute Conference at Stanford Univ.
Citation: "For almost half a
century, Dr. Rice has defined many of the most exciting frontiers of solid
mechanics. His papers on the J-integral and the crack-tip field launched the
field of nonlinear fracture mechanics. His seminal work on localization of
deformation, growth and coalescene of voids, theory
of plasticity, ductile-to-brittle transition has sharpened our understanding of
the nonlinear, dissipative mechanical behavior of materials. He has made
significant contributions to fields like interfacial fracture, poroelasticity, frictional stability, crack front waves and
so on. RiceÕs work is marked by elegant mechanics,
state of- the-art computations, and penetrating interpretation of results
within a broad context of laboratory and field observations. He is also an
excellent communicator. He has been instrumental in showing the materials
science and geophysics communities that careful, rigorous mechanics can address
seemingly intractable problems in their disciplines."
¥ American
Society of Mechanical Engineers (ASME) Medal for 2015, for "for seminal contributions in the field of
applied mechanics,
particularly the J-integral method in elastic-plastic fracture mechanics that has been broadly applied in mechanical engineering and related disciplines",
announced 8 June 2015, to be presented 16 November 2015 at the ASME Mechanical Engineering Congress & Exposition, Houston.
¥ Sigma Xi Monie A. Ferst Award at Georgia
Tech, for "an educator in
engineering or science who has made notable contributions to the motivations
and encouragement of research through education. Its purpose is to
'recognize significant contributions to scientific research by an educator.' ", announced June
2015, to be presented 5 December 2015 during an associated 1-day symposium at Georgia
Tech.
HONORARY
DEGREES:
Honorary Doctor of Science Degree: Lehigh University, 1985.
Honorary Doctor of Science Degree: Northwestern University, 1996.
Honorary Doctor of Science Degree: Brown University, 1997.
Honorary Doctoral Degree: UniversitŽ Pierre et
Marie Curie (University of
Paris VI), 1999.
Honorary Doctoral Degree: Israel Institute of Technology (Technion), 2005.
Honorary Doctoral Degree: UniversitŽ
Joseph Fourier (scientific division, University of Grenoble) for "GŽophysique, mŽcanique des solides", 2012.
PUBLICATIONS: