The sector of hot hydrodynamic extrusion was the original source for the laboratory. The sector was established in 1970 and had a cooperation with the laboratory of plasticity. Then, as a result of multiply changes, the sector was reorganized into the laboratory of close tolerance forging. At the beginning of 2020 the laboratory was united with the laboratory of cross-wedge rolling
LABORATORY ACTIVITIES
research of thermomechanical treatment effect on a set of properties of structural steels, titanium alloys and other materials
research of technological schemes of thermomechanical treatment and cold hardening of complex alloyed structural steels
research of interconnection between stressed state parameters at non-uniform triaxial compression and technological plasticity of difficult-to-form metals and alloys
R&D works in the field of forging and rolling
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DEVELOPMENTS / RESEARCHES
Development of forgings for a new hip implant designed for a minimally invasive implantation of young patients that provides saving bony and soft tissue in big trochanteric and subtrochanteric regions
Research for obtaining new composite armor structures for body armor helmets and vehicles
Development of the original technology for obtaining bimetallic forgings (uniform and dissimilar materials) with operating properties which are higher than properties of similar parts manufactured by using traditional rolling methods
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THEORETICAL RESEARCH
The development of the theory of metal working focusing on modern constructional materials
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INTERNATIONAL COOPERATION IN SCIENCE AND TECHNOLOGY
Joint research projects with the Institute of Metal Research (China)
Research and determination of optimal ways of hot, warm and cold deformation of special aviation alloys based on nickel and titanium
Further preparation to the opening and functioning of the Scientific and Production Center of Perspective Methods of Metal Working based at the Industrial Park «Great Stone»
