Research Department
Research Department performs coordination and monitoring of scientific-innovative activities at Kalashnikov ISTU.
The department functions are as follows:
- Organization of exhibitions and conferences
- Monitoring of grant and program tenders under the auspices of Ministry of Education and Science of the Russian Federation
- Monitoring of contractual issues with enterprises of Udmurt Republic and the Russian Federation
- Development of youth organizations
- Support of small and medium manufacturers and commercial
Infrastructure of Research Department
- Scientific library
- Publishing house
- Exhibition scientific center
- 3 dissertation councils
- Business-incubator
- Technological park «Izhrobo»
- Research and educational centers and complexes
- Open research centers of unique equipment and software
Research and Educational Complexes / Centers
- Research Center «Progressive Laser Technologies»
- Institute of Radio Electronics
- Research Center «Machines and Machining»
- Research Center of Metallurgical Technologies, Welding and Nanomaterials
- Authorized Body on Personnel Certification in the Field of Non-Destructive Testing of Railway Transport Technical Objects
- Center of Certification Testing
- Research Center of Progressive Gearings
- Research Center «Power Machine-Building»
- Innovative Center on Certification and Development of Applied Software on the Platform «1S: Enterprise 8.0»
- M.T. Kalashnikov Institute of Small Arms
- Institute of Information Support of Kalashnikov ISTU
- Research Center «Institute of Municipal Facilities»
- Research Center of Nanotechnologies
Open Research Centers (ORCs)
There are 15 ORCs currently operating at Kalashnikov ISTU aimed at: development of high technologies; integration of education, science and production; implementation and presentation of the university researches; increasing Kalashnikov ISTU’s competitiveness in education and research activities. They include:
- Investigation of Nanomaterials
- Center of Nanoscopy
- Re-Engineering and Advertising
- Development of Unique Controlling Programs for CNC Machines and Methods for their Effective Operation
- Safety in Technosphere
- Engineering Systems and Ecology
- Center of Chromatographic Expertise of Foodstuffs and Consumer Goods
- Center of Information Communications (Cisco Networking Academy)
- Information Technologies and High-Performance Computing
- Educational-Research-Innovation Center of Knowledge-Based Computer Technologies
- Center of Circuit Simulation and Virtual Measuring Systems
- Center of Fundamental Research («Written Heritage»)
- Research Center of Metallurgical Technologies, Welding and Nanomaterials
- ORC of manufacturing type «Institute of Mechanics»
- ORC of manufacturing type «Hi-Tech Processing of Non-Metallic Materials»
Arrangement of Scientific Events
Every year Kalashnikov ISTU hosts international forums aimed at the development and modernization of Russian and foreign educational systems, integration of higher education and science, development of high technologies. Researchers of Kalashnikov ISTU regularly participate in international conferences and exhibitions under the auspices of ministries and departments of the Russian Federation.
Periodicals of Kalashnikov ISTU
- Theoretical scientific journal «Bulletin of Kalashnikov ISTU» (recommended by Higher Attestation Commission of the Russian Federation)
- Practical scientific journal «Intellectual systems in manufacturing» (recommended by Higher Attestation Commission of the Russian Federation)
- Practical scientific journal «Mathematical models and information technologies in production organization»
- Practical scientific journal «Social and economic management: theory and practice»
Staff & contacts
Page is under construction
Expo & conferences
Page is under construction
Projects
Results of research activities of Kalashnikov ISTU
No | Foundation | Supported research projects | Project supervisor | Project period |
---|---|---|---|---|
1 | Ministry of Education and Science of the Russian Federation | Arrangement of research activities | O.V. Muravieva | 2014-2016 |
2 | Ministry of Education and Science of the Russian Federation | Provision of conducting research activities | A.M. Palmov | 2014-2016 |
3 | Ministry of Education and Science of the Russian Federation | Provision of conducting research activities | N.O. Rudenko | 2014-2016 |
4 | Ministry of Education and Science of the Russian Federation | Provision of conducting research activities | V.V. Nekopytkin | 2014-2016 |
5 | Ministry of Education and Science of the Russian Federation | Modification of construction composite materials based on Portland cement and calcium sulfates by complex nanodispersed systems with the application of multilayer carbon nanotubes and nanodispersed mineral additives | G.I. Yakovlev | 2014-2016 |
6 | Ministry of Education and Science of the Russian Federation | Working out scientific foundations for obtaining complex liquid nanomodifiers based on metal/carbon nanocomposites and their functionalized analogs containing phosphorous, nitrogen, sulfur or iodine for modifying with supersmall quantities of polymer composites to produce the required properties | V.I. Kodolov | 2014-2016 |
7 | Ministry of Education and Science of the Russian Federation | Methodology and system of search, semantic annotation and extraction of knowledge from Russian and English textual and graphic documents (in different information resources) | V.N. Kuchuganov | 2014-2016 |
8 | Ministry of Education and Science of the Russian Federation | Working out theoretical foundations of modeling and forecasting the strategy for developing sophisticated production complexes taking into account the possible heterogeneity of production systems and provision of their non-copying | A.N. Dombrachev | 2014-2016 |
9 | Ministry of Education and Science of the Russian Federation | Working out foundations of process control theory of nanoparticle movement and implantation into the surface of solids | A.V. Vakhrushev | 2014-2016 |
10 | Ministry of Education and Science of the Russian Federation | Development of methodology for training sport programmers based on internal structure of informatics knowledge | V.G. Tarasov | 2014-2016 |
11 | Ministry of Education and Science of the Russian Federation | Management of regional industrial cluster competitiveness based on modeling the re-engineering of business processes | O.M. Perminova | 2014-2016 |
12 | Ministry of Education and Science of the Russian Federation | Разработка акустических методов и средств измерений, контроля и диагностики технических и биомедицинских объектов | V.V. Muraviev | 2014-2016 |
13 | Ministry of Education and Science of the Russian Federation | Numerical modeling of spatial non-stationary turbulent flows of heterogeneous reacting media, non-stationary turbulent flows around complex-shaped bodies at large Mach numbers and mechanics of collision and decomposition processes during the projectile interaction with the obstacle as applicable to artillery shooting | A.M. Lipanov | 2014-2016 |
14 | Ministry of Education and Science of the Russian Federation | Development and production of hi-tech production of the unified machine of technological electrical transport | M.A. Pletnev | 2016-2018 |
15 | Ministry of Education and Science of the Russian Federation | Development and investigation of processes (technologies) of producing steel structural nanomaterials and items from them | O.I. Shavrin | 2014-2016 |
16 | Ministry of Education and Science of the Russian Federation | Development of the technology for obtaining lamellar structure based on fullerene С60 to create logic circuits (including computer memory) applying spin transistors operating in microwave band | P.A. Ushakov | 2015-2017 |
17 | Ministry of Education and Science of the Russian Federation | Development of effective functional materials for EM devices based on hybrid polymer composites with nanocarbon inclusions | M.A. Pletnev | 2014-2016 |
18 | Russian Foundation for Basic Research | Fundamentals of controlling the diagnostics of mechatronic systems | Yu.R. Nikitin | 2013-2015 |
19 | Russian Foundation for Basic Research | Theoretical investigation and analysis of stress-deformed state of pressure coupling parts taking the assembling method into account | V.V. Sinitsyn | 2014-2015 |
20 | Russian Foundation for Basic Research | Development of effective algorithms of signal processing in the means of active control of acoustic fields | A.M. Zykov | 2014-2015 |
21 | Russian Foundation for Basic Research | Development, investigation and program implementation of the system for recognition of early printed Cyrillic texts with the help of grammatical vocabulary of Old Russian language | M.N. Mokrousov | 2015-2016 |
22 | Russian Foundation for Basic Research | Investigation of movement regularities of underwater mechanic and robotic systems | I.S. Mamaev | 2015-2017 |
23 | Russian Foundation for Basic Research | Access to electronic scientific information resources of foreign publishing houses | A.I. Korshunov | 2014-2015 |
24 | Russian Foundation for Basic Research | Investigation of contact interaction of joints of brittle nonmetallic parts on the example of pressure couplings | P.V. Lekomtsev | 2016-2017 |
25 | Russian Foundation for Basic Research | Delivery methods of stream data for sensor self-organizing networks of drons | A.V. Abilov | 2016-2018 |
26 | Russian Humanitarian Scientific Foundation | Measuring and assessing methodology of regional effectiveness of technological innovations in the system of state stimulation of innovative entrepreneurship (on the example of Udmurt Republic) | O.M. Shatalova | 2015-2016 |
27 | Russian Humanitarian Scientific Foundation | Corpus of M.V. Lomonosov’s language: analytic and linguistic annotation | V.A. Baranov | 2014-2016 |
28 | Russian Scientific Foundation | Dynamics and control of mobile robotic systems | I.S. Mamaev | 2014-2016 |
29 | Russian Scientific Foundation | Substantiation and development of electromagnetic-acoustic technologies of operative diagnostics of extended elements of structures of dangerous manufacturing objects | O.V. Muravieva | 2015-2017 |
Rersearch areas
- Research and development of computerized design and technological methods of quality control of machines, units, joints and parts.
- Development of theoretical fundamentals of low-transitional resource-consuming technologies and roll-stamping equipment and their application.
- Technological methods of increasing the operational reliability of machine parts; development of resource-consuming technologies.
- Stamping with liquid friction.
- Scientific fundamentals of cold radial reduction technology. Mathematical simulation of metal forming.
- Research and development of sheet forming processes using force intensification.
- Strength of materials and construction elements under low-cycle thermo-mechanical loading.
- Scientific fundamentals of deep grinding technology of hard-to-machine materials.
- Development of design theory; research, design and manufacturing of progressive gearing and their application.
- Improvement of automatic machines production.
- Automatic arms effectiveness and reliability.
- Theory and scheme solutions of gas-freeing devices for shooting and artillery arms.
- Development of theory and methods of heat exchange calculation in multiphase gas-liquid media. Interior ballistics. Self-defense facilities.
- Interior ballistics and process simulation of heat engines and plants. Mathematical simulation of fire condition propagation in industrial buildings and dwelling houses.
- Experimental hydro- and gas dynamics; applied problems of environmental control.
- Mechanics of deformable bodies and solid propellants.
- Dynamic processes simulation and optimization in constructions of building- and road machines and cars.
- Information technologies in design, research and control.
- Development of effective information measuring systems based on high-end technologies.
- Acoustic methods in technical and medical diagnostics and research.
- Development of scientific fundamentals of radio-electronic equipment and information technologies.
- Effectiveness theory and improvement of integrated industrial production.
- Chemical physics of polymeric materials.
- Pedagogical qualimetry and pedagogical expertise.
- Technical systems simulation.
- Integration mechanics and machine dynamics.
- Theory and practice of effective operation of maintenance and repair of in-plant technological equipment.
- Mechanics of non-stationary heterogeneous reagents.
- Recycling of industrial chemical wastes.
- Recycling, aging and destruction processes of reactive-layer polymeric systems.