Abstract
A substantiated choice of an optimum regime of heat treatment of titanium alloys is possible only on the basis of a complex investigation of the regular features of the structural and phase transformations and their relation with the mechanical properties after annealing conducted for different times and in a wide temperature range. The present work concerns low-temperature transformations in double-phase titanium alloys and their effect on the processes of embrittlement in a temperature range of 300–800°C with holds lasting from 0.25 to 500 h.
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