Abstract
Procedures are described for studying the fatigue strength and cyclic crack resistance characteristics of alloy VT3-1 in different structural states achieved by varying thermomechanical treatment (TMT) parameters. TMT schedules, alloy structure and texture characteristics, and also the size of structural elements typical for an alloy structural state are given. Results are given for static tensile, fatigue, and crack resistance tests on alloy VT32-1 in different structural and textural states, and they are analyzed.
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