Influence of Aerothermoacoustic and Thermal Deformation on the Structure and Properties of Structural Alloys

The influence of thermal, thermodeformational, and aerothermoacoustic treatment on the structure and mechanical properties of structural titanium alloys and bronzes is considered. The strength and elasticity of the alloys may be improved by optimizing the heat treatment, cold plastic deformation, and aerothermoacoustic treatment. The results show the influence of the treatment before aging and the conditions of aging and aerothermoacoustic treatment on the structure and mechanical properties of alloys with preliminary hardening (quenching and cold plastic deformation). Their mechanical properties are improved.