Abstract
1. Preliminary elastoplastic deformation for 100 load cycles increases the tensile strength of 1201 alloy. 2. For each test temperature cycle the level of deformation stresses at which the extreme (maximum or minimum) strength in failure occurs was determined. 3. Preliminary mechanical deformation by pulsating tension decreases the plasticity of 1201 alloy, and the rate of decrease in plasticity depends both upon the temperature conditions of deformation and upon the failure temperature.
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