Greg Walker
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Dissertation Defense: Bradly Baer, Interdisciplinary Materials Science
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical, electronic, and physical properties. However, the very […] Read MoreJun. 12, 2025
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Engineering’s Greg Walker named ASME Fellow
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical,… Read MoreAug. 11, 2016
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New method for enhancing thermal conductivity could cool computer chips, lasers and other devices
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical,… Read MoreDec. 14, 2011
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New graphics processor cluster gives Vanderbilt supercomputer a major boost
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical,… Read MoreAug. 2, 2010
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Engineering faculty receive one-time-only IDEAS funds to support ‘breakthrough-level’ research
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical,… Read MoreJun. 11, 2010
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Three VUSE faculty receive tenure
DISSERTATION DEFENSE Bradly Baer, Interdisciplinary Materials Science *under the supervision of Greg Walker “Calculating Interfacial Thermal Transport Using Atomistic Simulation Methods” 06.13.25 | 11:00am | ESB 044 At the nanoscale, many materials have properties different than they do in the bulk. Nanomaterials can exhibit interesting and useful optical,… Read MoreJun. 16, 2008