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Title of Article

RATE AND TEMPERATURE EFFECTS ON THE RESISTANCE TO DEFORMATION AND FRACTURE OF METALS IN A SUB-MICROSECOND LOAD DURATION RANGE


Issue
4
Date
2011

Article type
scientific article
UDC
 
Pages
1513-1514
Keywords
 


Authors
Kanel G.I.
Obedinennyy institut vysokikh temperatur RAN, Moskva


Abstract
Results of measurements of dynamic yield stress and spall strength of metals are presented. Rate and temperature dependences of the flow stress and the resistance to fracture are obtained for the strain rate range of 103 to 109 s-1. The results are discussed in terms of requirements to constitutive relationships; examples of such relationships are presented.

File (in Russian)