Physical simulation of metallurgical processes

Физическое моделирование металлургических процессов
Research in the field of physical simulation of most metallurgical processes, such as hot and cold rolling, forging, extrusion, casting, most types of welding, thermal and thermomechanical treatment, powder metallurgy and synthesis of new materials to evaluate the thermo-mechanical behavior of materials in the solid and solid-liquid state and improve the properties of the metallic and composite materials. Studies to determine thermo-kinetic characteristics of new materials: building thermo-kinetic diagrams of solid solutions, registration of phase transformations during heating and cooling; study the effect of heating and cooling on the structure and properties of materials; study the kinetics of recovery, dynamic and static recrystallization of metallic materials, depending on the deformation conditions; study of the processes of hardening, softening and diffusion. On the basis of the experimentally obtained database is possible to build mathematical models which show the dependence of structure and properties of materials by mode of thermo- and deformation impact.


Industry Solutions

WELDING

METALLURGY

PIPE INDUSTRY

AUTOMOBILE ENGINEERING

Aircraft Engineering

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Head of the laboratory, professor
Deputy Head of the Laboratory, Researcher
Leading engineer
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Engineer


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Яндекс.Метрика