Abstract
At the present time, the major mechanical properties of structural materials at cryogenic temperatures have been studies of short-term static loading. Both experimental procedures and equipment for testing in static tension, flexure, compression, and shear are well developed and rather efficient for temperatures of liquid nitrogen, liquid hydrogen, and liquid helium. Therefore, the present lack of data on strength and strain behavior of many engineering materials at 4.2 K should be eliminated in the course of time.
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