The creation of effective system of
international scientific and
innovation integration and the
experience of conducting applied
research in cooperation with
foreign partners
www.onti.spbstu.ru
JOINT INSTITUTE OF SCIENCE AND TECHNOLOGY
In 2010 St. Petersburg State Polytechnical University (SPbSPU) gained the status "National
Research University“ and created the Development Program.
The purpose of the Development
Program is modernization and
development of SPbSPU as the
University of a new type, the
university that integrates
multidisciplinary research and
suprasectoral world-class
technologies to improve the
competitiveness of the national
economy.
www.onti.spbstu.ru
During the realization of the
Development Program in 2010 Joint
Institute of Science and Technology
(JIST) was created in the structure
of SPbSPU, which involves the
establishment of an effective system
of scientific, educational and
innovative activities in priority areas
of the University.
www.onti.spbstu.ru
JOINT INSTITUTE OF SCIENCE AND TECHNOLOGY
Currently JIST includes scientific and technological complexes, laboratories and centers. It is
the coordinator of SPbSPU activities with the leading Russian companies. It also cooperates
with foreign partners (AVL, TSE, Weatherford, Philips, etc.).
www.onti.spbstu.ru
Goals and Objectives of JIST
structural unit of the Federal State budget educational institution of higher education "Saint-Petersburg State
Polytechnic University"
The Goal of JIST
The concentration and focusing
of intellectual, material, financial
and human resources on
breakthrough innovation and
technological areas that allows to
create a mechanism to quicker
transfering of scientific
developments and our scientists'
know-how into the final product
to enter the market.
www.onti.spbstu.ru
ONTI objectives:
The integration of multi-disciplinary research, suprasectoral
world-class technologies and high-tech innovations;
Commercialization of scientific and innovation activity rezults
and transfer of technologies;
The modernization of research, research and innovation,
research and educational infrastructure;
Organization of professional scientific management: getting
the scientific information about global and domestic
developments, marketing research in science, the creation of
digital design offices, interaction with industrial facilities.
JIST structure
• STC «Machine Building Technologies»
• STC «Mathematical Modeling and Intelligent Control Systems»
• STC «Nuclear Physics»
• Scientific Research Laboratory of Nano - and Microsystems Engineering
• Scientific Research Center «Innovative engine technology»
• Scientific-Production Center «Environmental Safety natural - Technical
Systems»
• Testing Center «Politehtest»
•Test and Certification Center «Height»
• Research and Education Center «Weatherford-Polytechnic»
• STC «Materials and Technologies»
• Training, research and production laboratory «Cryogenic»
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Equipment and development
Technological lines
Prototyping and Additive Technology
Structure and properties of materials
Receiving powdered materials
Receiving lithium ion batteries
Development of nanomaterials and technologies
Energy-ecological complex
Computer engineering
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STC «Materials and Technologies»
Areas of activities:
- Simulation of various metallurgical processes (rolling, heat
treatment, crystallization processes)
- The development of new steels and processing
technologies automotive steel, pipe steel, shipbuilding steel
- The study of various metallic materials, their properties
and structure with the use of the advanced equipment
- Development and production of laser and welding
technological equipment
- Development of techniques for investigating materials
using image analysis
- The study of nanocrystalline materials
- Expert works in the field of metallurgy
- Development of technical and project documentation
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The main foreign partners :
- Harbin Institute of Technology (China)
- Aalto University, Espoo, Finland
- Korea Institute of Machinery and
Materials
- LLC “Robert Bosch”
- The group of companies
“Weatherford”
-TSE Technology Co. Ltd (China)
STC «Materials and Technologies»
Russian-Chinese science-research laboratory
«Functional Materials»
Interaction with Weihai TSE Technology (China)
Laboratory "Functional Materials"
was
established
under
the
agreement between SPbSPU, the
Republic of Mordovia, the company
Weihai TSE Technology and the
branch of Harbin Institute of
Technology in Weihai city (China).
НТК МТ
НТК энергетики
The project «Lithium-ion
batteries»
www.onti.spbstu.ru
Purpose: transfer of high
technologies of foreign
companies
Result: the creation of the
technological line of research
of lithium-ion batteries
STC «Materials and Technologies»
REC «Wetherford-Politechnic»
Basic scientific research and experiments carried out at the Centre:
Studies to determine the corrosion resistance of structural steels and alloys in electrolytes solutions (salts, acids, alkalis)
of various concentrations from room temperature to 100 ◦ C:
- Electrochemical studies, including the construction of the polarization curves, defining the nature of the potential change
in time, research on the rotating disk electrode;
- Determination of the corrosion rate of steels and alloys by gravimetric method with different duration tests.
Investigation of contact corrosion of dissimilar metallic materials, including welded joints.
Research of exposure corrosion of steel under pressure according
to NACE TM 0177.
Comparative tests of high-strength protective coatings on the drill
pipe, studying of casing tubes' wearing.
Study of the corrosion effect from cement slurries activity on the
aluminum alloys.
Study of metallic materials on fatigue strength in the gas-saturated
saline environments at high temperatures,
Examination of corrosion condition of steel structures,
conducting of expert research.
www.onti.spbstu.ru
STC Laser and welding technologies
Areas of research activities:
- Studies of the physical processes under the influence of
powerful streams of radiation on materials;
- Mathematical modeling of the laser, hybrid and
electron-beam welding, welding and heat treatment;
- Lasers and laser processing systems for materials processing;
- Laser technology and hybrid laser-arc welding, welding
and heat treatment;
- Technologies of dimensional laser processing;
- Development of facilities of engineering computer analysis of
the processes of radiation processing of materials;
- Mathematical modeling of heat, deformation and diffusion processes in the welded joints;
- Constructive-technological design of welded structures;
- Development of welding materials;
- The development of automated equipment for arc, plasma, and other related technologies.
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STC Laser and welding technologies
The structure of the STC “LWT" includes the following
divisions :
German-Russian Center of laser welding technologies
SRL Laser and electron beam technology
STC “LWT” actively cooperates with German and American
institutions and companies. Close partnership is
established with such institutions as the Institute of Welding
(ISF) of the Rhine-Westphalian Technical High School
(RWTH), Laser center of Flanders (Belgium), Institute of
Laser Technology (ILT Aachen) and the Institute of radiation
processing of materials (IWS Dresden) of the Fraunhofer
Society, Inc. «General Motors» (USA), Laser Center of
Hanover, Bremen Institute of Applied beam technology, etc.
www.onti.spbstu.ru
STC «Mathematical Modeling and
Intelligent Control Systems»
Areas of activities:
- Development of new adaptive stochastic methods in computational
mathematics and mechanics to solve interdisciplinary problems of
engineering and science analysis in the field of modeling, optimization and
experimental study of the physical and mechanical systems using
supercomputer technologies.
- The development of new approaches of engineering and natural science
analysis for modeling and experimental study of the complex processes and
phenomena in the field of mechanics, physics, aerodynamics and turbulent
flows on the basis of supercomputer technologies and cluster computing.
- The development of information management theory and management of
corporate networks based on the integration and optimization of business
processes and decision support systems based on technologies and business
solutions based on SAP.
- Visualization of the results of scientific experiments and mathematical
modeling based on modern technologies and quality standards of computer
graphics, multimedia, stereography, 3D and virtual reality.
- Development and implementation of modern methods of training and retraining of highly qualified specialists in the field of high technologies on the
basis of international academic cooperation and joint educational programs.
www.onti.spbstu.ru
STC «Mathematical Modeling and
Intelligent Control Systems»
The main partners of STC MMICS:
SIEMENS
SAP AG, SAP Research
Airbus
The Boeing Company
Microsoft
Intel
General Motors
FESTO
AMD
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Testing Center «Politehtest»
Areas of activities:
Investigation of metallic materials and welded joints in relation to service conditions.
Simulation of metallurgical processes, structure and properties of metallic materials.
Objectives:
Obtaining reliable information about the actual mechanical and physical properties of constructions, materials and welded joints
Determination of the chemical compositions of steels and alloys
The development of new and testing of existing welding technology
Quality control of welded joints for compliance with the standards, specifications and other technical standards
Methodological preparation and carrying out of studies to improve skills of engineering workers on the subject of "The Mechanics of Destruction"
Training of operators of testing machines theory and practical techniques and methods of work with modern testing equipment by INSTRON (England)Первичное
обучение, повышение квалификации и аттестация сварщиков ручной дуговой сварки
Research and modeling of the structure and properties of metallic materials
Conducting metallographic studies and expert works in the field of metallurgical examination
The development of industry standards and normative documents
www.onti.spbstu.ru
TC «Polytechtest»
TC «Polytechtest» conducts:
Mechanical testing of construction and building materials:
static tests (tensile and compression tests to determine the strength and plasticity;
tests to determine the characteristics of elasticity, shear tests, tests to determine the
critical crack resistance characteristics K1C, CTOD, J1C; bend-over tests , flattening
tests, tests to determine hardness, etc.)
cyclic tests (tests on high-cycle fatigue, tests on low-cycle fatigue with controls on
deformation or stress, test to determine cyclic crack to determine the kinetic diagram
of crack growth, the threshold stress intensity factor Kthi, etc.)
Dynamic tests (tests to define characteristics of toughness, impact-breaking of
welded joints, etc.)
Mechanical testing of structures, machine components, mechanisms
static tests (determination of the strength characteristics of the structure or
mechanism)
dynamic tests (confirmation of time to system failure at the given parameters of
loading, the definition of the product lifecycle)
Metallographic examination and analysis of the causes of damage
Benefits:
own pilot production: RC independently produces samples (in accordance with the requirements of GOST
(all-Union State Standard)) and apparatus required for testing , which greatly reduces the time of testing
Modern test equipment of INSTRON и Zwick/Roell production
highly qualified and huge experience in the mentioned areas
www.onti.spbstu.ru
RC «Polytechtest»
Is accredited by the :
Federal Agency for
Technical Regulation and
Metrology (Accreditation
number РОСС
RU.0001.21ЧС50)
Germanischer Lloyd
Industrie Services Russland
(Certificate of Recognition №
ННО 06408)
Russian Maritime
Register of Shipping
(Recognition Certificate №
12.01616.314).
Complex Multidisciplinary Projects
Center of the diesel structure and transmissions
In 2012 a joint delegation of the St. Petersburg State
Polytechnical University (SPbSPU) and the Joint-Stock
Company “ZVEZDA” visited the engineering company AVL
List GmbH (Austria).
October 25, 2012 a return visit to SPbSPU was made. With
the participation of representatives of Joint-Stock Company
“ZVEZDA” negotiations on concrete actions of preparation of
the project took place. The participants also visited the
scientific and research building under construction, which will
house laboratories for the work of the joint Russian-Austrian
project.
The final result - a
family of diesel engines
rated at 700 to 1700 kW
for:
diesel generators
highway engineering
shipbuilding
railway service
R&D Center of the diesel structure and transmissions
www.onti.spbstu.ru
Complex Multidisciplinary Projects
Internationsl scientific and technological center «Philips – Politechnic»
Purpose: development of scintillation detectors of
Study of scintillation crystals and ceramics for
ionizing radiation with improved parameters used in
computed tomography
modern security systems and customs control,
reconstruction
of
medical
images,
medical and space engineering
visualization and algorithms
processing of medical images
studies on the synthesis and production of
Result: creation of the technological line for production
powders, which are the basis of ceramics for
НИИ ММИСУ and study of powdered scintillator materials with high
computer tomography
conversion efficiency and low excitation time
The project "Development of X-ray and
magnetic resonance imaging"
www.onti.spbstu.ru
Contact us
JIST
195251, St.Petersburg,
Polytechnicheskaya, 29.
tel.: +7(812) 552-98-29
fax: +7(812) 552-86-43
web: onti.spbstu.ru
Executive director
Anatoly A. Popovich
Doctor of Science, Professor
tel.: +7(812) 552-98-29
fax: +7 (812) 552-86-43
e-mail: ispdir.onti@spbstu.ru