Alberto Armas
Related Authors
David Seamon
Kansas State University
Petra Reinke
University of Virginia
Irina Kolesnik
Moscow State University
Shan Gao
Shanxi University
Sudhakar Rao Gorja
Paul Scherrer Institute
Umit Unver
Yalova University
Martín A. Rodríguez
Universidad Nacional de San Martin
AKRUM ABDUL-LATIF
Universite Paris-8, France
Susan Trolier-McKinstry
Penn State University
Uploads
Papers by Alberto Armas
range. Alternatively, the softening behavior is analyzed using the flow stress components and the evolution of the dislocation structure. These results demonstrate that at high temperatures the back-stress controls the mechanism of cyclic softening, while at low temperatures the friction-stress is the dominant component.
range. Alternatively, the softening behavior is analyzed using the flow stress components and the evolution of the dislocation structure. These results demonstrate that at high temperatures the back-stress controls the mechanism of cyclic softening, while at low temperatures the friction-stress is the dominant component.