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Tsu-Wei Chou, Ph.D. (Stanford), Professor; also Jerzy
L. Nowinski Professor of Mechanical Engineering: Composite materials,
fracture, defect theory, applied mechanics. |
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Stephen C. Dexter, Ph.D. (Delaware), Professor; also Professor,
Marine Studies: Electrochemical and biologically influenced corrosion,
marine corrosion, surface chemistry and physics of microbiological attachment,
biofouling. |
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Mary E. Galvin, Ph.D. (M.I.T.), Professor: Electroluminescent
polymers, polymer synthesis. |
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Roy L. McCullough, Ph.D. (New Mexico), Professor; also Professor,
Chemical Engineering: Polymer physics, composite materials. |
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John F. Rabolt, Ph.D. (Southern Illinois), Professor and Chair:
Macromolecular assemblies, spectroscopy, thin organic films. |
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Jerold M. Schultz, Ph.D. (Carnegie), Professor; also C. Ernest
Birchenall Professor of Chemical Engineering: Polymeric materials,
diffraction technology, crystallization, composites. |
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Douglas J. Buttrey, Ph.D. (Purdue), Associate Professor;
also Associate Professor of Chemical Engineering: Inorganic oxide synthesi
s and crystal growth, characterization and processing: electronic materials. |
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Jinguang Chen, Ph.D. (Pittsburgh), Associate Professor:
Characterization of surfaces and interfaces, electronic materials. |
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John W. Gillespie, Jr. Ph.D. (Delaware), Associate Professor:
Composite materials, experimental mechanics, fracture mechanics, residual
stress analysis joining. |
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Ian W. Hall, Ph.D. (Leeds), Associate Professor; also
Associate Professor of Mechanical Engineering: Electron microscopy,
metal matrix composites, titanium alloys, mechanical metallurgy. |
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Azar Parvizi-Majidi, Ph.D. (Surrey), Associate Professor;
also Associate Professor of Mechanical Engineering: Processing and
mechanical properties of composite materials, ceramic matrix composites,
textile composites. |
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Rushad F. Eduljee, Ph.D. (Delaware), Assistant Professor of Materials
Science; also Research Associate at the Center for Composite Materials:
Micromechanics, residual stress development and the effect of residual
stresses on performance, and accelerated test methods for thermal aging
and thermal cycling of composites. |
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