It is established experimentally that dynamic non-equilibrium processes (DNP) with self-organizing structure occur under impact-oscillatory loading in high-strength two-phase titanium alloys VT22 and VT23. Under the repeated static tension of alloys, DNPs cause significant changes in the initial plasticity of the alloys. For investigated alloys, the optimal modes of impact-oscillatory loading are substantiated, which ensure a maximum increase in their plastic deformation after the implementation of DNP
