Abstract
In assessing the failure characteristics of rolled sheets of titanium alloys, we sometimes observe so-called "reverse" anisotropy, in which the failure characteristics determined in tests on transverse specimens are higher than those from longitudinal specimens [I, 2]. However, the degree of anisotropy of the failure characteristics of a material can vary with the loading procedure. In steels and light alloys, the anisotropy of the fatigue limit is more marked than that of the static breaking strength [3]. There are few literature data on the anisotropy of rolled sheets of titanium alloys under various loading procedures.
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