Theses most similar to those of author Cohen, Alan, S. B.
Multi-paradigm modeling of mode I&II dynamic fracture mechanisms in single crystal silicon (2008) read it
Shear-induced homogeneous deformation twinning in FCC aluminum and copper via automistic simulation
Boyer, Robert D. (Robert Damian), 1978- (2003)
- Advisor: Sidney Yap
- Department of Materials Science and Engineering
Mechanisms of plastic deformation in amorphous silicon by atomistic simulation using the Stillinger-Weber potential
Demkowicz, Michael J. (Michael John), 1977- (2005)
- Advisor: Ali S. Argon
- Department of Mechanical Engineering
Molecular dynamics simulation of mechanical behavior of nanoporous copper foams
Cantrell, Charles (Charles G.) (2006)
- Advisor: Sidney Yap
- Department of Materials Science and Engineering
Shear deformation of amorphous and nanocrystalline copper microstructures via atomistic simulation
Gandy, David R (2007)
- Advisor: Sidney Yip, Vasily V. Bulatov
- Department of Mechanical Engineering
Computational studies of stress and structure development resulting from the coalescence of metallic islands
Takahashi, Andrew Rikio (2007)
- Advisor: Carl V. Thompson, II
- Department of Materials Science and Engineering
An investigation of fatigue in an Fe-based metallic glass by nanoindentation
Witmer, Lisa Marie (2007)
- Advisor: Christopher A. Schuh
- Department of Materials Science and Engineering
Improvement in mechanical properties through structural hierarchies in bio-inspired materials
Sen, Dipanjan, 1980- (2011)
- Advisor: Mark J. Buehler
- Department of Materials Science and Engineering
Effect of nano-scale twinning on the fracture, fatigue and wear properties of copper
Singh, Aparna, Ph.D (2011)
- Advisor: Christopher A. Schuh
- Department of Materials Science and Engineering
Nanocrystalline alloys : enhanced strengthening mechanisms and mechanically-driven structural evolution
Rupert, Timothy J. (Timothy John) (2011)
- Advisor: Christopher A. Schuh
- Department of Materials Science and Engineering
- Advisor: Michael J. Demkowicz
- Department of Materials Science and Engineering