The main directions of research
- Development of new methods and technologies for high-speed hot stamping of rod electrodes made of ductile iron and copper-based powder materials
- Development of theoretical and technological foundations of high-speed extrusion of die parts for hot and cold stamping
- Development of theory and technology of high-speed hot extrusion of a rod tool with cladding of the end part
- Theoretical and experimental substantiation of the use of bentonite clay with carbon fiber in the jet cleaning of sheet steel materials intended for laser cutting
- Theoretical and experimental justification for the formation of a light-absorbing anticorrosive coating by the method of reverse-jet action using bentonite clay on a flat steel surface intended for laser cutting
- Development of theoretical and technological foundations for the creation of bimetallic tools (punches, pushers, cutters, matrix inserts, etc.) designed for hot and cold stamping
- Development of theories and technologies of high-speed extrusion of polymetallic cutters for removing asphalt roadbed
- Development of sprinklers with preliminary aeration of the extinguishing working medium in relation to automatic foam extinguishing installations
- Theoretical and experimental substantiation of the design of a long-range fire barrel with screw flow structuring
- Development of separator design and pulp separation technology in the injection line of the ground pump
- Justification of the design of the rotary elbow based on the use of an elliptical section to increase the performance of the soil pump