March 2017

Address: South Ural State University Office 247, Laboratory Building 141, Kommuny Tel.: +7 351 272 31 27 E-mail: zakirovra@susu.ru Director Ramil Zakirov Ph.D. About Mechanical Engineering Research Institute supports the University’s research in a broad variety of areas related to energy and resource efficiency, mechanical and metallurgical engineering. What we do: Provide all the research facilities to the relevant degree courses Carry out thermomechanical analysis and determine thermokinetic diagrams Develop experimentally verified models of systems and equipment Develop composite materials technology Develop high-fidelity prototypes Develop automation systems Develop competitive products for the automotive industry, transport engineering, and lift and carry systems, with the use of CAD/CAM/CAE/PDM/PLM Conduct research and development projects for the University and for various industrial applications Structure Mechanical Engineering Research Institute includes five laboratories and two centres, each one focusing on specific projects: Physical Simulation of Thermomechanical Processing Laboratory Composite Materials Laboratory Mechanical Engineering Laboratory Experimental Mechanics Laboratory Laboratory of Electronic Control System Design & Engineering Powder Metallurgy Resource Centre Computer Engineering Centre

Address: South Ural State University Office 338, Main University Building 76, Prospect Lenina Tel.: +7 351 265-58-59, +7 351 265 59 59 E-mail: rnpo@susu.ac.ru Site: http://labstand.ru Head of the Institute Georgy Kalyagin Ph.D., Professor E-mail: kgi@labstand.ru Educational Technology and Equipment Research and Production Institute develops and manufactures educational equipment and audio-visual aids for educational institutions and educational centers of some enterprises. It is a member of International association WORLDDIDAC (Basel, Switzerland), which unites publishers, manufacturers and distributers of educational materials and equipment from all over the world. Material and technical resources Division «Mechanic engineering» Division «Laser cutting and metal disc cutting» Division «Metallographics»       Material and technical resources of the institute include 23 divisions, among them: Automatic laser cutting and plate material cutting Metal folding, powder coating and metallographics Metal work and welding Front panel milling Printing plates and silk screening Wiring and machine-assembling divisions (29) Products of the institute is used in more than 2000 higher educational institutions, technical schools, lyceums, colleges, professional re-training centers of industrial plants in Russia, Kazakhstan, Belarus, Mongolia, Tajikistan, Uzbekistan, Turkey, Moldova and the Baltic States. Educational equipment and informational technologies are mandatory tested in SUSU scientific laboratories and followed by full scale technical guides, sets of posters and tablets. During last 10 years more than 18 000 units of educational equipment, informational aids and technologies are produced and delivered to the educational institutions of Russia and abroad (including components of “turn-key” diversified laboratories). «Visual aids» Head of the department: Bushuev Konstantin room 239, Kommuny st., 147 tel.: 267-98-21 E-mail: kb64@yandex.ru «Autogor» Head of the department: Durasov Aleksey room 506а, Lenina prospekt, 83 tel.: 272-31-21 E-mail: avto-gor@mail.ru «Construction and housing and public utilities » Head of the department: Zhbankov Gleb Lenina prospekt, 78в tel.: 265-44-68 E-mail: labstroy@mail.ru «Computer systems. Information safety» Head of the department: Dombrovskiy Kirill room 231, Kommuny st., 147 tel.: 272-31-32 E-mail: kirill-dombrovsky@ya.ru «Assambling and adjusting» Head of the department: Taranov Igor tel.: 265-58-59 E-mail: taranof@mail.ru «Computer teaching aids» Head of the department: Grishkevich Marina room 227, Kommuny st., 147, tel: (351) 267-92-97, 267-93-47, 265-46-77 E-mail: kdm@tso.susu.ac.ru «Simulators» Head of the department: Sheremetiev Semen tel.: 8-912-897-96-04 E-mail: gunmaster@inbox.ru «Refrigerator» Head of the department: Mezentsev Vladimir  Room 229, Kommuny st., 141 Тел.: (351) 267-91-96, 267-92-24 E-mail: mtomd@susu.ac.ru «Phisics» Head of the department: Pyzin Georgy SUSU, main building, room. 018 tel.: (351) 267-92-89, 266-23-22 E-mail: hologrph@mail.ru «Mechanical engineering technology» Head of the department: Surkov Igor rooms 103, 107 tel.: (351) 278-72-06 E-mail: suiv@susu.ac.ru «Metallurgy», «Material engineering» Head of the department: Radionova Lyudmila tel.: (351)-901-93-32 E-mail: radionovalv@rambler.ru   There some examples of “turn-key” diversified laboratories: Fundamentals of Electronics Pneumatic circuit and Pneumatic automation Hydraulic circuit и hydraulic automatization Electricity and magnetism Order and supply educational equipment Catalogue and set of information brochures (43) can be send if requested. More information about nomenclature, structure and technological and methodic opportunities can be found on our site  labstand.ru. Distant (through e-mail) consultations concerning all nomenclature of educational production can be given. 3 years’ warranty. Warranty and post-guarantee service of the educational equipment. Time of manufacture from 1 week to 2 months. Cost of educational equipment can be seen in the pricelist and on our site. Manufacture’s discounts. Advanced payment on agreement. The institute provides training courses (accommodation is given), starting-up and adjustment, support and updating of educational and methodic software. Also we provide onsite presentations, master classes for all our production (including training courses at the university).

Address: South Ural State University Office 243, Main University Building 76, Prospect Lenina Tel.: +7 351 267 94 67 E-mail: unid@susu.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) Product surface modification for additive technology and electron beam processing