Aerospace Engineering Research & Education Centre

Address:
South Ural State University
Office 243, Main University Building
76, Prospect Lenina
Tel.: +7 351 267 94 67
E-mail: unid[at]susu[dot]ru

The centre can become fertile ground for R&D in the fields of aircraft engineering and munitions. The centre can conduct projects for particular system, model its functions and develop structural engineering technology; help with selection of fuel and gunpowder; produce micro powder; and implement SLS.

Aims and tasks

R&D in aerospace and defence sectors
implementation of technology in the industry
product certification
elite professional education

Center composition

Structure

Technology Department
Engineering Department
Mathematical Modeling Department
Laboratory “Impulse Systems and High-Speed Processes”
Laboratory “Micro Powder Technology”
Laboratory “Dynamics of Thermodynamic Processes”

Equipment

equipment for selective laser melting of alloyed steel powders
equipment for spraying liquid metals
optical particle sizer
equipment for production of low-energy high-current electron beams
detonation coating
equipment for high voltage electric discharge generation

Engineering Services

Aircraft engines

heat and mass transfer in propulsion systems and rocket engines
dynamics and stability of gas-liquid flows in propulsion systems and gas-turbine engines
design and development of gas-turbine engines
energy-saving technology

Aircrafts and launching sites

design, engineering and experimental trials for ballistic rockets, carrier rockets, and spacecrafts
dynamics of rocket movements

Ammunition, fuses, and defence chemistry

engineering, production, and assembly technologies for munitions
trial methods
research of high-speed processes during a fire shot
design of fire-fighting appliances

Micro powder technology

micro powder production
micro powder analysis
computer modeling of processes
3D prototyping
diagnostics of business processes of defence enterprises and cost saving recommendations

R&D activities

R&D for industries

R&D of unmanned aerial vehicle with all-moving wings
R&D of wheeled robot platforms
modeling of rigid schemes and ganged schemes

Development of correction methods of mass balance in ballistic aircrafts

correction of aerodynamic loadings on the aircraft coordinate system

Radiation modification methods for industrial construction materials

Powder production for additive technology (sls, slm, dmd, ebm)

production technology for metal powder and alloy powder with the melting point of 1400C - 2000C
production of nano-composite powder equal to the foreign prototypes and used in additive technology
theoretical research and supercomputer modeling of metal and alloy spraying processes in the gas stream

Selective laser sintering (sls/slm)