Scientific activities
Scientific activities
Research Projects of Our Company
01
Fundamental projects
Turbulent melt flows dynamic characteristics study during electromagnetic crystallization and its influence on the structure and properties of continuously cast small-section billets from new aluminum alloys for wire production, 2018-2020
Innovative technology development for electromagnetic casting and hot deformation in the high-alloy wire production for additive manufacturing using direct energy deposit welding methods for aluminum alloys with specified properties, 2019-2021
Physical processes theoretical studies under the electromagnetic field influence during the ingot formation in a rotary casting machine, 2016
EMS study melt homogenization in a toroidal bath, 2012-2014
Magnetohydrodynamic activation physicochemical principles of the metallurgical melts homogenization process, 2012
The supply voltage shape influence study on the technical technological effects of melts EM stirring, 2012
Technology theoretical foundations of high-quality aluminum alloys using a strong electromagnetic field, 2009
02
Technological projects
Physical processes study in new aluminum alloys electromagnetic casting for the thin wire production for aerospace applications, 2018-2020
Thermal operating conditions research and resistance drum furnace analysis during catalyst calcination, 2017
Alloy preparation process optimization in tilting holding furnaces and the EM stirrers operating algorithm modernization to increase the casting units productivity, 2015
Technology development for the oxide-free welding wires production from high-strength aluminum-magnesium alloys for the substitution steel products market with aluminum ones, 2014-2016
Dynamic characteristics study of turbulent melt flows in the crystallizing ingot liquid phase, affecting the microstructure of the resulting ingots, 2014
Continuous rods and strips casting technology improvement from jewelry alloys by the electromagnetic field method during preparation and crystallization, 2010
03
Technical projects
Design solutions analysis and development based on stress-strain processes computer modeling, electromagnetism, heat transfer, and hydrogasdynamics, 2017-2019
Technology and equipment development for loading small particles into aluminum for processing and reprocessing using EM hydrodynamics rotator, 2014