Robert W. Carpick
Associate Professor
543 Engineering Research Building
Telephone: (608)-263-4891
Fax: (608)-263-7451
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experimental nanomechanics and nanotribology (friction, adhesion, elasticity, wear) --
application and development of advanced scanning force microscopy tools -- nano-scale
characterization of materials including ultrathin organic films, solid single crystal and
thin film surfaces, and nanocomposites
|
Walter J. Drugan
Professor
527 Engineering Research Building
Telephone: (608)-262-4572
Fax: (608)-262-6701
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continuum mechanics analyses of behavior of modern materials -- nonlinear fracture
mechanics of ductile materials (single- and poly-crystalline) and interfaces -- nonlocal
constitutive models of composite materials -- discontinuties and shock waves in solids --
dynamic fragmentation -- nanoscale fracture -- applied mathematics
|
Reid F. Cooper
Professor
Professor Cooper has moved to Brown University.
He continues to collaborate with us on several projects.
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ceramic, glass-ceramic and ceramic composite materials -- inorganic glasses -- mechanical properties -- kinetics -- physics of geological materials
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Rod Lakes
Wisconsin Distinguished Professor
541 Engineering Research Building
Telephone: (608)-265-8697
Fax: (608)-263-7451
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materials with extremal
properties such as a negative
Poisson's ratio
,
or stiffness,
materials with structural
hierarchy
;
holographic methods
;
viscoelasticity;
biomechanics, biomaterials; Materials as
Cosserat or micropolar solids for enhanced toughness, chirality, and damage tolerance.
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Wendy C. Crone
Associate Professor
529 Engineering Research Building
Telephone: (608)-262-8384
Fax: (608)-263-7451
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experimental mechanics of materials -- plasticity -- fracture mechanics -- characterization
of materials such as shape memory alloys, metallic single crystals, and biomaterials
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Donald Stone
Associate Professor
246 Materials Science & Engineering Bldg.
Telephone: (608)-262-8791
Fax: (608)-262-8353
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mechanical properties -- alloys -- materials applications and microelectronics -- thin
films -- nanoindentation
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