Creating conditions to implement equilibrium processes of damage accumulation under a
predictable scenario enables control over the failure of structural elements in critical states. It …

Research findings are presented dealing with the combined effect of cryogenic treatment+
impact-oscillatory loading applied in different sequences on changes in the mechanical …

A simple technological method is proposed and tested experimentally, which allows for the
improvement of mechanical properties in sheet two-phase high-strength titanium alloys …

Physical-mechanical models for predicting the fatigue life of aluminum alloys D16ChATW
and 2024-T351 are proposed and tested. Damage accumulation patterns are established for …

Strain field evolution on the surface of aluminum sheet D16 and 2024-T3 alloys has been
analyzed during static deformation and during specific high-speed impact and oscillation …

The purpose of this paper is to provide new experimental data for high-strength VT 22
titanium α+ β-type alloy under impact-oscillatory loading and dynamic non-equilibrium …

Highlights•A curvilinear function of egg fracture force on elastic shell deformation derived.•
Dependences were considered for non-destructive prediction of shell strength.•Equation for …

The impact of the initial phase composition of alloys was evaluated, in particular, the content
of Cu, Mn, and Mg in aluminum alloys D16ChATW, 2024-T351 and aluminum alloy T, which …

The paper presents an experimental study on regularities of postcritical deformation of
carbon-fiber-reinforced plastic (CFRP) under static±45° tension. The employed test method …

This work explores sensitivity aluminium alloys under the influence of preliminary combined
loading. There were examined 2024-T351 and D16ChATV aluminium alloys. The research …