This paper is a part of a review of recent (last 15 years) publications on experimental and
theoretical methods and approaches for studying damage accumulation and fracture in …

Any deformed solid represents two self-consistent functional subsystems: a 3D crystal
subsystem and a 2D planar subsystem (surface layers and all internal interfaces). In the …

The paper presents basic propositions for multiscale description of a deformed solid as a
hierarchically organized nonlinear system consisting of a 3D crystal subsystem and a 2D …

A nonlinear wave approach to the description of a deformable solid as a multiscale
hierarchically organized system was developed. It is shown that all types of strain-induced …

Развиты основные положения многоуровневого описания деформируемого твердого
тела как нелинейной иерархически организованной системы. Первичное пластическое …

In the paper, we use the nonlinear multiscale approach of physical mesomechanics to
demonstrate that the scales of local crystal structure curvature in solids play a fundamental …

In the paper it is studied how the modes of thermal treatment of low-carbon steels alloyed
with manganese (09G2S) and with manganese, vanadium, and niobium (10G2FBYu) affect …

The paper studies the shear banding develo** in corrugated surface layers of commercial
titanium, hydrogenated Ti surface layers and high-purity aluminum foils glued onto …

In the present paper, results of a molecular-dynamics simulation study of the synthesis of
intermetallic Ti–Al in the regime of thermal explosion at constant volume are reported. The …

The study demonstrates the possibility to suppress the ductile-brittle transition in bcc-
structured steels at low strain temperatures on the example of pipe steel subjected to severe …