Innovative Projects Department “Technology of mechanical engineering,” and their commercialization
In 2014, the Ministry of Industry and Trade of the lots have been submitted to participate in innovative research projects. The commercialization of these projects will be implemented jointly with the Ministry, the University of Belarusian enterprises and Karaganda
| direction: “Nanotechnology and New Materials» | |
| Lot 3, “Development of technologies for nano-carbon materials» | |
| Topic: “The development of nanotechnology modification of the working surface of the friction units based on the carbon and nitrogen, providing corrosion and wear» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | Materials Terms of Reference |
| 1. Analysis of the main methods for nanomaterials and friction characteristics nanofilms / coatings; Two. Development of technology for carbon-nitrogen nanofilms / nano with special properties (hardness, corrosion and wear resistance) Three. Development of technical specifications |
1. The influence of residual stresses in the coatings and base metal, porosity, microhardness Two. The technological process of production Three. Terms of Reference. |
| 1. Holding experimental studies of the unique mechanical properties carbon-nitrogen nanofilms / nano-friction in different media 2 Definition |
1. The influence of bond strength of chromium plating the base metal, hydroabrasive wear, corrosion resistance
Two. Coefficient of friction on load and nitrogen content |
| 1. Development recommendations on the choice of applying different carbon-nitrogen nanofilms / working surfaces on the nano gidroobrudovaniya in Depending on the environment of friction Two. Development of recommendations for improving efficiency, durability, strength, hydraulic Three. Implementation of Final Report |
1. The results of the tests.
Two. Implementation of recommendations to improve efficiency, durability, strength Three. Final Report |
Commercialization: In conjunction with
Ministry of Industry and New Technologies
| direction: “Nanotechnology and New Materials» | |
| Lot 6, “Creating nanostructured materials using advanced plasma Technology » |
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| Topic: “The study of nanostructured materials in a state of physical processes, electro treatment» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | Materials Terms of Reference |
| 1. The mathematical formulation of the problem
2.Vybor numerical Three. Development |
1. Unified system describe the characteristics of the elements of technological process on the basis of their binding to the coordinate directions, as well as based on the independence of types and kinds of parts from the elements Two. The technological process of production Three. Terms of Reference. |
| 1. Development of the algorithm
Two. Record programs on the Algorithmic Language |
Mathematical modeling of preparation of treatment plans based on the Process |
| 1. Coding of reference data
Two. Evaluation of reliability and conduct tests Three. Implementation of the outcome |
1. The results of the tests.
Two. A. A mathematical model of the search databases and database compilation set Three. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies
| direction: “Nanotechnology and New Materials» | |
| Lot 7, “Development of technologies nanomaterials used in various sectors of the economy » |
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| Topic: “Making metal nanocomposites with the effect of cavitation» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | Materials Terms of Reference |
| 1. Study patterns of physical processes Two. Identification of quality parameters of the nanostructured state Three. Development of technical specifications |
1. The influence of residual stresses in the coatings and base metal, porosity, microhardness Two. The technological process of production Three. Terms of Reference. |
| 1. Development and the use of composite materials of the artificial combination of heterogeneous material properties 2 Definition of dependencies |
1. Development of aluminum alloy matrix and the reinforcement of refractory elements such as silicon carbide, aluminum oxide
Two. |
| 1. Creating a cast Alloys of the components Two. Implementation of Final Report |
1. The results of the tests.
Two. Alloys (Al-Al 2 O 3 , Al – SiC, etc.) in Three. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies
| direction: “Nanotechnology and New Materials» | |
| Lot 10, “Development of technology preparation of nanostructured coatings and » |
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| Topic: “Development of technology for coating of metals and alloys by surface modification of materials with various reagents to the regulation of the emerging nanostructures» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | materials specification |
| 1. Investigation of the effect the main parameters of the process of chemical-thermal treatment on the structure the diffusion zone; Two. Determination of Three. Development |
1. Kinetics of the distribution of elements over the depth reinforcement layer Two. Recommendations on the optimum composition of the saturating media Three. Terms of Reference. |
| 1. Investigation of the effect structure-sensitive properties of a metal by an amount distribution of the diffusion zone Two. Development Three. Investigation of the effect of process parameters of chemical-thermal treatment on |
1. Impact structure-sensitive properties of a metal by an amount distribution of the diffusion zone Two. Method Three. Regularities of formation of structure in order to obtain desired properties |
| 11. Study mechanism of formation of structure and properties of the diffusion layer Two. Development Three. Development of recommendations 4. Implementation of Final Report |
1. Theoretical Foundations formation of diffusion zone in the chemical and thermal treatment Two. Methods of assessment Three. Implementation of recommendations 4. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies
| direction: “Nanotechnology and New Materials» | |
| Lot 11, “Development of technologies nanomaterials with specific properties » |
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| Topic: “Development of nanostructured materials based on carbon and nitrogen provide high strength, wear, lubrication management ability of oils / emulsions » |
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| Researches (task) | Expected results (figures) |
| gathering baseline data. | Materials Terms of Reference |
| 1. Analysis basic methods for nanomaterials and friction characteristics nanofilms / coatings; Two. Development of technology Three. Development of technical specifications |
1. The influence of residual stresses in the coatings and base metal, strength, porosity, microhardness, wear resistance Two. The technological process of production Three. Terms of Reference. |
| 1. Holding experimental studies of the unique mechanical properties carbon-nitrogen nanofilms / nano-friction in different media 2 Definition |
1. Impact strength of nanofilms / nano with the base metal, the stability nanofilms / nano to hydroabrasive wear Two. Coefficient of friction on load and nitrogen content |
| 1. Development of recommendations on the choice of applying different carbon-nitrogen nanofilms / working surfaces on the nano gidroobrudovaniya in Depending on the environment of friction Two. Development of recommendations for improving efficiency, durability, strength, hydraulic |
1. The results of the tests.
Two. Implementation of recommendations to improve efficiency, durability, strength |
| test developed Technologies and materials received |
test results |
| 1. Experimental batches of anti-friction nanostructured carbon materials with high mechanical strength, resistance to high temperatures and mechanical wear
Two. Implementation of Final Report |
1. Samples of nanostructured carbon materials
Two. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies
| direction: “Technologies for hydrocarbon and mining sectors» | |
| Lot 26 “The new technology of metals, alloys and other materials» | |
| Topic: “Technology hardening equipment of mining and metallurgical sector, the application of composite materials nanosrukturirovannyh» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | materials specification |
| 1. Definition mechanical properties of chromium electroplating and pyrolytic karbidohromovogo cover Two. Definition 3. Development of technical specifications |
1. The influence of residual stresses in the coatings and base metal, porosity, microhardness Two. The influence of bond strength of chrome plating with the main Three. Terms of Reference. |
| 1. Improvement production process of the cylinder and piston rod Two. |
1. The technological process of production Two. Batcher |
| 1. Experimental studies of the characteristics of pyrolytic coatings karbidohromovogo
Two. Development of recommendations for improving efficiency, durability, strength, hydraulic Three. Implementation of Final Report |
1. The results of the tests.
Two. Implementation of recommendations to improve efficiency, durability, strength Three. Final Report |
Commercialization: In cooperation with the Belarusian National Technological University
| direction: “Information and Space Technology» | |
| Lot 55, “Development of scientific and methodological basis of introduction of modern information and innovative technologies in the educational system» | |
| Topic: “Development of scientific and methodological foundations of NPS-introduction of technologies for assessing the quality of educational services» | |
| Researches (task) | Expected results (figures) |
| gathering baseline data. | Materials Terms of Reference |
| 1. The purpose and objectives. Target groups, including the main beneficiaries Two. Current situation and |
1. Project Summary
Two. The marketing section of |
| Match RK educational programs with international standards. Analysis of different technological solutions of the project. Analysis of the project on stages. Technological risks. |
Technical and Technological Section |
| financial analysis of the project. Analysis of future income and expenses. Financing needs. Analysis of the scheme, sources of financing conditions and their alternatives. Financial risks. | Finance and Economic Section |
| 1. Development of the Concept of innovative development of higher and postgraduate education in the context of integration into the world educational space
Two. Creation of scientific methods of functioning of higher and postgraduate education |
1. The concept of innovation development of higher and postgraduate education in the context of integration into the world educational space
Two. Scientific-methodical system of higher functioning and post-high school education |
| 1. Changes to the legislation of RK, requirements for project
Two. Development of content and methodological support to the functioning of higher and Three. Implementation of Final Report |
1. The basic regulations
Two. Methodical maintenance of higher and postgraduate education Three. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies
| direction: “Information and Space Technology» | |
| Lot 57 “The development of information and space-based technologies of physical and mathematical theories and methods complex information and mechanical systems » |
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| Subject: “Mathematical model of computer-aided design of production processes for space applications (design and development of small satellites) » |
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| Researches (task) | Expected results (figures) |
| gathering baseline data. | materials specification |
| 1. The preparatory phase
Two. The mathematical formulation of the problem Three. The choice of numerical methods for solving |
Unified description of the characteristics of the elements of the process on the basis of their binding to the coordinate directions, as well as on independence of the types and kinds of parts from the elements |
| 1. Development of the algorithm
Two. Record |
Mathematical modeling of preparation of treatment plans based on the process |
| 1. Coding of reference data
Two. Evaluation of reliability and conduct tests Three. Implementation of Final Report |
1. The results of the tests.
Two. A mathematical model of the search databases and database compilation set Three. Final Report |
Commercialization: In cooperation with the Ministry of Industry and New Technologies