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Description:: Solid-surface contact suspension is governed by asperity contact strength and multi-frequency surface roughness. Both of these two aspects are examined in this thesis for tribological …
Year:: 2008
Contributor:: Xia, Shuman (creator); Kim, Kyung-Suk (director); Bower, Allan (reader); Guduru, Pradeep (reader); Brown University. Division of Engineering. Mechanics of Solids (sponsor)
Genre:: theses
Subject:: solid-surface contact suspension; contact strength; size effect; nanoindentation; metal matrix composites; friction laws; micro-slip; Metallic composites
Language:: English
Collection:: Engineering; Mechanics of Solids; Theses and Dissertations; Engineering; Theses and Dissertations

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