The Chair of Descriptive Geometry and Drawing at Vyatka State University in Kirov, Russia has 15 professorial staff and focuses on 6 main scientific areas: 1) modeling of aircraft surfaces, 2) improving electronic educational support for graphics, 3) superplastic metal forming processes, 4) vibration in machining non-rigid shafts, 5) creating spatial designs from birch bark, and 6) alternative fuels for engines. Over the years, the Chair has published works, filed patents, and educated students and staff in these applied areas of geometry, graphics, and materials engineering.
Download link: https://www.researchgate.net/publication/318852873_Engineering_Drawing_-_I
DOI: 10.13140/RG.2.2.22512.56328
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Download link: https://www.researchgate.net/publication/318852873_Engineering_Drawing_-_I
DOI: 10.13140/RG.2.2.22512.56328
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Descriptive Geometry and Drawing
1. Scientific directions of the
Chair in Descriptive Geometry
and Drawing
Search for potential customers and co-users
The Vyatka State University
Kirov 2013
2. General information
• Chair of general engineering.
• Within the Faculty of Building and Architecture.
• The foundation year of the Chair is 1963.
Chair of Descriptive Geometry
and Drawing
3. Team
• Professorial-teaching staff – 15 people:
– 9 Candidates of Science in Engineering, Associate Professors;
– 2 Associate Professors;
– 4 Senior Lecturers.
• Teaching and support staff – 7 people.
4. The most important
developments of the Chair
History. The scientific-research laboratory of pressure processed of
materials was functioning at the Chair from 1975 to 2010.
Organizer and supervisor of the laboratory – G.P. Kuznetsov.
In 1997 the Chair became one of the founders of the regional
scientific-industrial park.
Main results:
• 8 scientific-research developments made within grants and
scientific and technical programmes from the Ministry of Education
and Science and the Government of Russia;
• 25 students' scientific developments completed;
• 74 copyright certificates for inventions received;
• 2 monographs and 247 papers published (two papers – in the
United States, one paper – in Bulgaria).
5. Implemented at JSC "Molot" in Vyatskiye
Polyany and other enterprises.
Electrohydroimpulse stamping Pneumatic-shock stamping
Superplastic forming
Electrohydroimpulse cleaning of
castings by investment patterns
Implemented at JSC "Avitek" in Kirov and other
enterprises.
Implemented at JSC «Аvitek» in Kirov.
The work was carried out jointly with the Department in
Technology of Decorative Treatment of Materials.
Implemented at JSC "Watch making plant" in
Uglich and other enterprises.
6. Main scientific-research developments
• CAD for punching processes, for cutting sheet parts with moving
environments at pulsed and static loading. Grant from Ministry of
Education of Russian Federation (1992-1993).
• Development of computer technology for multicriteria assessment
and selecting the most cost-effective production process for cold
sheet metal stamping of parts in aerospace machinery. Grant 2152
from Ministry of Education of Russian Federation (1994-1995).
• Development of scientific bases for designing technological
processes of stamping with polyurethane of plates in plate heat
exchangers. Grant from Ministry of Education of Russian Federation
(2000-2001).
• Development and manufacturing of electric devices for treatment of
soil and plant samples, research by the plan from the customer.
State institution "Scientific-research and Design Institute of Agro-
industrial complex of the Komi Republic" (2005-2007).
7. Published monographs
1. Parts manufacturing with plastic deformation / Ed. K.N.
Bogoyavlensky, P.V. Kamnev. – Leningrad: "Mechanical
Engineering", 1975. – 424 p.
2. Electrohydroimpulse processing of materials in mechanical
engineering / V.N. Chachin, K.N. Bogoyavlensky, V.A. Vagin, etc.
Minsk: Science and technology, 1987. – 231 p.
Co-author – G.P. Kuznetsov.
8. Doctors and Candidates of Science
trained at the Chair
• Doctor of Science in Engineering:
– Georgy Pavlovich Kuznetsov (1990).
• Candidates of Science in Engineering:
– Nikolay Borisovich Grebyonkin (1978);
– Alexander Kirillovich Pukhov (1984);
– Sergey Grigoryevich Trakhtenberg (1985);
– Tatyana Parfyonovna Smyshlyayeva (1986);
– Veniamin Aleksandrovich Norin (1987);
– Yury Nikolayevich Nagovitsyn (1991);
– Oleg Nikolayevich Korovkin (2007);
– Olga Anatolyevna Rublyova (2010).
9. 1. Applied geometry. Graphical-analytical modeling of aircraft
complex surfaces.
2. Improvement of electronic educational and methodical support for
graphic disciplines.
3. Study of superplastic metal forming processes.
4. Study of vibration at longitudinal turning of non-rigid shafts.
5. Formation of spatial elements in artistic items made of birch bark.
6. Research into application of alternative fuels in internal
combustion engines.
Scientific areas of the Chair
10. Applied geometry. Graphical-analytical
modeling of aircraft complex surfaces
Scientific Supervisor – Cand. Sci. (Eng), Ass. Prof.
Ludmila Silvestrovna Popova.
History. The dissertations for the scientific degree of Cand. Sci. (Eng) by
L.S. Popova "Some issues of designing surfaces of complex shapes"
(1981) and by O.V. Sinitsyna "Matrix methods of flat and spatial
configuration descriptions" (1996) at the Moscow Aviation Institute.
Main results:
• 48 published scientific papers;
• software developed for designing surfaces.
Expected result: publication of monograph.
11. Improvement of electronic
educational and methodical support
for graphic disciplines
Scientific Supervisor – Ass. Prof. Yelena Georgyevna
Buravlyova.
History. In 1995 the Head of the Chair G.P. Kuznetsov and Senior Lecturers
L.V. Okatyeva and M.V. Naberezhnaya developed methods and software of the
automated training system "Engineering graphics". The automated training system
was introduced in the educational process and recommended by the Bureau of the
Scientific-Methodical Council of the Volga region for engineering graphics to other
universities.
In 2006 Dr. Sci. (Eng), Prof. G.P. Kuznetsov and Ass. Prof. Ye.G. Buravlyova began
working on systematization and structuring of the educational activities for teachers
and students in graphic disciplines. They used the methodological developments of
the Chair. As a result of the systematizing the generalized structure of study they
offered an educational material for graphic disciplines that contained the invariant
and elective parts. This approach lets you tailor the graphical discipline study in
accordance with the curriculum in a particular area (specialty).
12. The second part "You are a student" contains
education material: theoretical part; practical
examples; training and assessment tests. Both parts
are accompanied by a glossary. The educational and
methodical complex is intended for realization of
educational activity in twenty areas of Bachelors
training for various forms of instruction.
Main results: participation in the competition for grants to legal persons from the
Federal Budget as a part of the federal target program "Scientific and scientific-
pedagogical staff of innovative Russia" in 2009-2013, announced by the Ministry
of Education and Science of the Russian Federation in 2012. XIV line – event
1.2.1. in the scientific direction "Humanities" in the field of psychological and
pedagogical sciences. June 30, 2012 (Supervisor – T.V. Masharova).
Expected result: development of an electronic educational and methodical
complex of graphic disciplines based on LMS Moodle. The electronic educational
and methodical complex consists of two parts. The first part "You are the
instructor" contains documentation that is the educational and methodical
complex for any discipline: the educational standard, the goals and objectives of
the discipline, place of the discipline within the primary education program, the
list of competencies, work program, progress monitoring, tasks for independent
work, theoretical and practical questions for the exam and score, lecture notes.
13. Study of superplastic metal forming
processes
Project implementer – Cand. Sci. (Eng), Ass. Prof.
Konstantin Yuryevich Apatov.
History. Development of the 80-90-ies under the supervision of
G.A. Kropotov and S.M. Polyakov. The dissertation for scientific degree of
Cand. Sci. (Eng) by K.Yu. Apatov "Development of processes for producing
membranes of complex shapes with surface topography from sheet brass
by superplastic forming techniques" (2006).
14. Intellectual property
1. Device for sheet forming in the state of superplasticity. K.Yu. Apatov,
M.A. Tsepin, S.M. Polyakov. The Russian Federation patent for utility
model № 54541. – 2006.
2. How to obtain articles from sheet blanks in the state of superplasticity.
K.Yu. Apatov, Yu.L. Apatov, M.A. Tsepin, A.A. Afrikantov. Patent of
The Russian Federation № 2306996. – 2007.
3. Device for the sheet forming method of products in the state of
superplasticity. K.Yu. Apatov, Nguen Chyong An, M.A. Tsepin,
Yu.L. Apatov. Patent of The Russian Federation № 83952. – 2009.
Main results: two patents of The Russian Federation, The Russian
Federation patent for utility model.
Expected result: publication of papers, presentations at
conferences.
15. Study of vibration at longitudinal turning
of non-rigid shafts
Project implementer – Cand. Sci. (Eng), Ass. Prof.
Sergey Leonidovich Vasilyevykh.
History. The dissertation for scientific degree of Cand. Sci. (Eng) by
S.L. Vasilyevykh. "Performance improvement for non-rigid parts in
special machinery with integrated technological equipment" (1991)
on the base of the Department in Mechanical Engineering.
16. The published monographs
1. Vasilyevykh S.L. Research into vibration stability of the
SPIZ system in heavy turning of non-rigid shafts with
different technologies. – Dnepropetrovsk: "System
technologies", 2009. – 106 p.
2. Vasilyevykh S.L., Vasilyevykh L.A. Study of macro and
micro formation of low rigid parts processed beyond the
ultimate elasticity of the material. – Dnepropetrovsk:
"System technologies", 2009. – 350 p.
3. Vasilyevykh S.L., Saitov V.E. Research into vibration stability in
longitudinal turning of non-rigid shafts in dynamic system 'machine-
device-tool-workpiece'. – Saarbrücken: LAP LAMBERT Academic
Publishing, 2012. – 86 p.
Main results: three published monographs (one abroad).
Expected result: doctoral dissertation.
17. Formation of spatial elements in artistic
items made of birch bark
Project implementer – Tatyana Vladimirovna Shangina.
History. Since 2007 till 2010 under supervision of Dr. Sci. (Eng), Prof.
G.P. Kuznetsov we studied physical and mechanical properties of the bark
of trees, how to improve them as well as indicators of quality and energy
consumption in manufacture of products and handicrafts.
Main result: full-time postgraduate course has been finished.
Expected result: dissertation under supervision of Cand. Sci. (Eng), Ass.
Prof., Head of the Department in Technology of Decorative Treatment of
Materials M.I. Zemtsov.
18. Research into application of alternative
fuels in internal combustion engines
Project implementer – Ass. Prof. Anton Vasilyevich Zonov.
History. The dissertation for scientific degree of the Cand. Sci. (Eng) by
A.V. Zonov "Improved environmental performance of diesel engine
4Ч 11.0/12.5 with ethanol-fuel emulsions by reduction of nitrogen oxides in
exhaust gases" (2012).
Main results:
• participation in exhibition "Scientific and technical
potential of the Kirov region" within the Regional
Innovation Convention in 2012;
• the winner of the competition "Young innovators
and inventors" in 2012.
Expected result: establishment of a laboratory for testing internal
combustion engines, for theoretical and experimental research in the area of
alternative fuels in engines.