The laboratory was founded in 1955 by Academician E. Konovalov. Between 1974 and 1988, the laboratory was supervised by Academician P. Yascheritsyin. Since 2007 till present Anatoly Kuzei is the Head of the Laboratory
LABORATORY ACTIVITIES
FUNDAMENTAL RESEARCH
Fundamental aspects of forming properties and structure control of functional surfaces from composite, gradient and heterogeneous materials with edge and abrasive tools and creation of surface engineering technologies
Research of the regularities for contact interaction processes and mechanisms of dispersing materials during cutting and friction
Physical basis and methodology of cutting tools testing
Research of processes for forming electrochemical coatings based on metastable high-entropy and dispersingly-aging alloys
Research of structural and phase transformations in ultradisperse heterogeneous systems
Research of mechanisms for stabilization of sedimentation and instable polishing suspension based on nanoscale amorphous silicon dioxide
APPLIED RESEARCH
Methodology, procedures and equipment for testing performance characteristics and safety of cutting diamond-abrasive and edge tools
Mechanical treatment technology for high-strength and composite materials using tools with a cutting edge, with a fixed rheological operating profile that is formed by a magnetic field; diamond tools with adaptive polymer and ceramic and metal bonds
Synthesis of multifunctional composite materials for an instrumental purpose and the tool of increased capacity based on modified synthetic and natural diamonds and actively adaptive bonds
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DEVELOPMENTS/RESEARCHES
FUNDAMENTAL RESEARCH ACCORDING TO THE FOLLOWING DIRECTIONS
Development of scientific basis of technological quality assurance, structure and properties control of functional surfaces of composite, gradient and heterogeneous materials using tolls based on diamonds
Research of the regularities for contact interaction processes and mechanisms of dispersing materials during cutting and friction
Development of scientific basis of the treatment with abrasive tools formed by the magnetic field
Physical basis and methodology of cutting tools testing and certification
Research of processes for forming electrochemical coatings based on metastable high-entropy and dispersingly-aging alloys
Research of structural and phase transformations in ultradisperse heterogeneous systems
APPLIED RESEARCH AND R&D WORKS AIMED AT THE DEVELOPMENT AND IMPLEMENTATION OF NEW DEVICES, MATERIALS, TECHNOLOGIES FOR VARIOUS FIELD OF SCIENCE AND INDUSTRY
Development of methodology, procedures and equipment for testing performance characteristics and safety of cutting diamond-abrasive and edge tools
Creation of mechanical treatment technology for high-strength and composite materials using tools with a cutting edge, with a fixed operating profile formed by a magnetic field
Technologies and the increased capacity tool based on synthetic and natural diamonds and actively adaptive bonds
Creation of hardening magnetic-abrasive treatment technology for assemblable and figurine-shaped parts
Development of diamond-abrasive composite materials and technologies for the treatment of special alloys and superhard materials
Development of the technology for corrosion-resistant galvanic coating deposition based on zinc
