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FACULTY AFFILIATES |
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| Dinish
Agrawal |
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| Microwave
sintering |
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| Chantal
Binet |
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| Physical
and chemical transport phenomena occuring in material processing;
emphasis on modeling of PIM processing, rheology of suspension, kinetics
and thermodynamics |
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| Jeffrey Catchmark |
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| Melik Demirel |
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| Stephen Fonash |
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| Joanna
Groza |
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| Electrical
field effects in powder sintering, processing-microstructure relationship,
manufacturing by field assisted processes |
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| Don
Heaney |
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| Industrial
support for powder processing, prototype parts, design of experiments,
metal injection molding, feedstock formulation and production, sintering
development, tool steels, stainless steel, aluminum, copper, hard
materials, refractory alloys |
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| John
Hellmann |
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| Ceramics,
intermetallics, composites, interfaces, coatings, mechanical properties,
thermal properties, processing, microstructure, structure-properties
relationships |
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| Mark Horn |
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| Tony Huang |
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| Kevin Koudela |
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| Michael Lanagan |
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| Seong-Jin
Park |
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| Simulations
for mold filling, packing and cooling and their optimization during
PIM process |
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| Joseph
Rose |
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| Ultrasonic
nondestructive evaluation, sensors for process control |
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| N.
J. Salamon |
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| Computer
modeling and design, multiphysics problems, engineering education |
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| Al Segall |
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| Barbara Shaw |
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| Ivica
Smid |
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| FGM,
powder encapsulation and consolidation techniques for wear-resistant
tools, direct rapid prototyping and hard materials |
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| Bernhard Tittmann |
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| Judith Todd |
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| Robert
C. Voigt |
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| Material
processing, PM processing, metal casting, dimensional control, environmental
issues in manufacturing |
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| Jian Xu |
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