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Void formation and fracture in a high strength low...
Conference

Void formation and fracture in a high strength low alloy steel during rapid deformation

Abstract

Microstructural evaluation of a high strength low alloy steel that is subjected to rapid deformation under high velocity impact is carried out to determine the mechanism of crack initiation and propagation. Prior to crack initiation, the deformation process is dominated by extreme strain localization along shear bands, which occurs as a result of localized adiabatic heating and thermal softening. The susceptibility of the shear bands to …

Authors

Odeshi AG; Bassim MN

Pagination

pp. 43-52

Publication Date

December 1, 2007

Conference proceedings

AES Atema International Conference Series Advances and Trends in Engineering Materials and their Applications

ISSN

1924-3642