Y. Singh, Farid F. Abraham
The Journal of Chemical Physics
With present-day supercomputers, simulation is becoming a powerful tool for providing immediate insights into the nature of fracture dynamics. Atomistic simulations yield ab initio information about crack-tip formation and deformation at length-scales unattainable by experimental measurement and unpredictable by continuum elasticity theory. We will describe several atomistic dynamics studies concerning brittle fracture and ductile deformation.
Y. Singh, Farid F. Abraham
The Journal of Chemical Physics
Farid F. Abraham
CMES - Computer Modeling in Engineering and Sciences
Farid F. Abraham, William E. Rudge, et al.
Physical Review Letters
Michael R. Mruzik, Farid F. Abraham, et al.
The Journal of Chemical Physics