![[Case Western Reserve University -- Toolbar]](/pix/lowpro.gif)
Faculty in the Department of Materials Science and Engineering
Robert M. Aikin, Jr. Associate Professor (Joined 1992)
B.S. New Mexico Institute of Mining and Technology 1980
M.S. Michigan Technological University 1984
Ph.D. Michigan Technological University 1987
Research and Teaching Interests: Metal and composite processing;
solidification; microstructural development; phase equilibria; in
situ composites; intermetallics; structure-property relationships.
James D. Cawley Great Lakes Associate Professor of Ceramic Processing
(Joined 1991)
B.S. Alfred University 1978
Ph.D. Case Western Reserve University 1984
Research and Teaching Interests: Powder processing of ceramics;
aggregation phenomena; oxidation, diffusion, and solid state
reactions; silicate and active metal brazing of ceramics; ceramic
matrix composites.
Alfred R. Cooper Professor Emeritus (Joined 1965)
B.S. Alfred University 1948
D.Sc. Massachusetts Institute of Technology 1961
Research Interests: Thermodynamics; transport phenomena; glassy
state; mathematics in materials science; diffusion in ceramics;
ion exchange strengthening; processing of glass; topology of glass
networks; multicomponent diffusion.
Mark R. DeGuire Associate Professor (Joined 1987)
B.S. University of Illinois (Urbana-Champaign) 1980
M.S. University of Illinois (Urbana-Champaign) 1982
Ph.D. Massachusetts Institute of Technology 1987
Research and Teaching Interests: Electrical and magnetic
properties of ceramics, including dielectrics, ferroelectrics,
superconductors, and fuel cell materials, in bulk and in thin-
film form; high-temperature phase equilibria; defect chemistry;
chemical synthesis routes to multicomponent ceramics.
Arthur H. Heuer Kyocera Distinguished Professor (Joined 1967)
B.S. The City College of New York 1956
Ph.D. University of Leeds (England) 1966
D.Sc. University of Leeds (England) 1977
Research and Teaching Interests: Transformation toughening and
plastic deformation of ceramics; phase transformations in
ceramics; biological ceramics; interphase interfaces in advanced
structural composites; high resolution and analytical electron
microscopy.
Peter Lagerlof Assistant Professor (Joined 1987)
B.Com. Uppsala University, Sweden 1978
M.S. Uppsala University, Sweden 1979
Ph.D. Case Western Reserve University 1984
Research and Teaching Interests: Electron microscopy; high-
temperature mechanical properties; fracture mechanics and plastic
deformation of single crystals and polycrystals of oxide and
nitride ceramics; oxygen diffusion in oxide ceramics.
John J. Lewandowski Associate Professor (Joined 1986)
B.S. Carnegie Mellon University 1979
M.E. Carnegie Mellon University 1981
Ph.D. Carnegie Mellon University 1984
Research and Teaching Interests: Mechanical behavior of materials;
microstructure/property relationships; micromechanisms of
deformation and fracture; environmental degradation of materials;
brittle fracture of steels; composite materials; ductile phase
toughening of brittle materials; high-pressure deformation and
fracture studies; hydrostatic extrusion.
David Matthiesen (Joined 1993)
B.S. University of Illinois (Urbana-Champaign) 1980
M.S. University of Illinois (Urbana-Champaign) 1983
Ph.D. Massachusetts Institute of Technology 1988
Research and Teaching Interests: Crystal growth; electronic
materials; materials processing in microgravity; effect of growth
conditions on the microstructures and electrical properties of
semiconductors; fluid dynamics and heat, mass, and momentum
transport.
Gary M. Michal LTV Steel Associate Professor of Metallurgy
(Joined 1983)
B.S. Case Western Reserve University 1975
M.S. Stanford University 1977
Ph.D. Stanford University 1979
Research and Teaching Interests: Physical metallurgy; rapid
solidification technology; application of rapid annealing to
nonequilibrium precipitation reactions; transmission electron
microscopy; oxidation; surface science; composite materials;
interfacial phenomena.
Joe H. Payer Professor and Chairman (Joined 1985)
B.S. Ohio State University 1966
Ph.D. Ohio State University 1971
Research and Teaching Interests: Electrochemistry and corrosion;
reliability of electronic devices; corrosion monitors and sensors;
adhesion of metals to polymers; localized corrosion; stress
corrosion cracking and pitting; alloy dissolution, biomedical
corrosion; economics and failure analysis.
Pirouz Pirouz Professor (Joined 1985)
B.Sc. Imperial College, London University (England) 1969
M.Phil.Imperial College, London University (England) 1971
Ph.D. Imperial College, London University (England) 1973
Research and Teaching Interests: Defects in semiconductors;
heteroepitaxial growth of electronic materials; diffraction
theory; transmission electron microscopy and its applications in
materials science; fiber-reinforced composites; synthetic growth
of diamond.
Alexander Troiano Professor Emeritus (Joined 1949)
A.B. Harvard University 1931
M.S. Harvard University and MIT 1937
Sc.D. Harvard University 1939
Research Interests: Phase transformations in steels; titanium
alloys; effect of dissolved gases on mechanical applications of
metals and alloys; environmental effects on materials; hydrogen
embrittlement; stress corrosion cracking.
John F. Wallace Professor Emeritus (Joined 1954)
S.B. Massachusetts Institute of Technology 1941
S. M. Massachusetts Institute of Technology 1954
Research Interests: Process metallurgy; casting; solidification;
welding; forming of metals; influence of structure on mechanical
properties of metals and alloys; toughness of steels; processing
of polymers; failure analysis; materials for space structures.
Gerhard E. Welsch Professor (Joined 1979)
Dipl. Ing. Rheinisch Westfaelisch Technische Hochschule,
Aachen, FRG 1968
M. S. Case Western Reserve University 1971
Ph. D. Case Western Reserve University 1974
Research and Teaching Interests: Structural and mechanical
metallurgy with emphasis on damping and fatigue properties of
metallic alloys and composites; ion implantation and thermal-
mechanical processing for property modification and for design of
artificial microstructures; high temperature modification.
Wendell S. Williams Professor (Joined 1987)
B. A. Swarthmore College 1951
Ph. D. Cornell University 1956
Research and Teaching Interests: Application of solid-state
physics to complex real materials; thermal, electrical, and
mechanical properties of hard compounds of refractory metals;
characterization of archaeological materials and art objects;
electromechanical transduction of biological materials.