Topics of research works

Metallurgy of cast iron, steel and ferroalloys

Optimization of fuel consumption in the processes of agglomeration of ore concentrates due to the use of additional (non-traditional) types of fuel and energy sources.
Research of the combustion processes of finely divided solid fuel particles and fuel mixtures (including agricultural waste and waste from other industries) with the aim of increasing the completeness of their combustion.
Theoretical justification and technological calculations of optimal parameters of technology and equipment for blast furnace smelting of cast iron using additional types of solid and gaseous fuel (pulverized coal fuel and coal mixtures, coal-hydrogen mixtures, etc.).
Development of the technology of electroslag remelting of used tools (mandrels) of pipe production under the conditions of Nico Tube.
Development and implementation of the production of FA20 ferroaluminum in the conditions of NZF for the deoxidation of steel in order to reduce the costs of primary aluminum in the existing steelmaking industry.
Analysis of production data in order to identify the dependence of the properties of the final metal product on the technological parameters of production and the composition of the metal.
Optimization of technological parameters of metal smelting and pouring in order to obtain the required characteristics (quality) of castings.
Physico-chemical prerequisites for smelting ferrosilicon grades SK15-SK30 under the conditions of PrJSC NZF.
Justification and implementation of the technology for the production of high-reaction lime in countercurrent kilns under the conditions of PrJSC NZF.

Pipe production technologies

Development of chemical-thermal treatment technologies and application of wear-resistant coatings to improve the technological characteristics of pipe-rolling tools and special purpose metal products.
Improvement of the technology of semi-liquid pressing of heat-resistant alloys using vibration.
Development of technology for the production of welded pipes using vibration processing.
Increasing the corrosion resistance of steel pipes and sheets by methods of intensive plastic deformation combined with inhibition.
Modeling of the stress-strain state of metal in OMT processes (in particular, armor piercing) using the Ansis software complex.

Innovative technologies in the field of materials science and metal processing

Development of technology for the production of lightweight body armor of increased strength based on new physical principles.
Experimental studies of technologies for transferring radiation-contaminated metal to an environmentally hazardous state.

Uplink: Research activities