TECHNOLOGY OF UNIQUE BUILDINGS’ CONSTRUCTION IN THE CONSTRAINED CONDITIONS OF OPERATING ENTERPRISE

Introduction. There is a need for detailed consideration of technological solutions of the constructed object while the process of the work projects’ development (WPD). The features of WPD development are considered on the basis of the flare tower as a part of the flare installation of the oil refining enterprise. The problems of organizational and technological design (development of WPD) for such facilities’ type should be solved many times due to the fact that there is a modernization of oil refining enterprises in the country. Moreover, the obtained results of calculations allow conducting more rational technological solutions for the construction of the flare tower and such solutions affect the period of the flare installation.

Materials and methods. The technology of the flare tower construction as a part of the flare installation is quite complex due to the features of the unique structure and cramped construction site. Accordingly, the choice of technology for the flare tower construction is made by using the features of its design solution and by the detailed consideration of options for installation mechanization. The options are evaluated by using an economic criterion (reduced cost). The calculations are based on modern installation cranes recommended for usage on this type of unique structures.

Results. As a result of technical and economic calculations of the flare tower construction technology, the method of its construction is chosen due to the rational version of installation mechanization. The paper presents the calculations’ results of the given costs and the technical characteristics of the cranes. In addition, the technology of the flare tower installation is organized with the method of the tower blocks assembly.

Discussion and conclusions. As could be seen, the construction technology by the mixed scheme on the chosen option is developed by the authors.

1. Isakov A.I. Vysotnoe stroitel’stvo v Rossii [High-rise construction in Russia ]. Mezhdunarodnyj nauchnyj zhurnal «Sinergiya nauk», 2015, no 6, pp. 141-152 (in Russian).

2. Fudge J., Brown S. Prefabricated modular concrete construction. Building engineer, 2011, no. 86(6), pp.20-21.

3. Generalova E, Generalov V. Designing High-Rise Housing: The Singapore Experience. CTBUH Gornal. Chicago, Illinois Institute of Technology, 2014, Iss. IV, pp.40-45 (in Russian).

4. Makarova T.V., Danker M.P., Bobreshov A.V., Zamolockih P.S. Problemy stroitel’stva vysotnyh zdanij v krupnyh gorodah Rossii [Problems of high-rise construction in the major cities of Russia ]. Scientific Herald of the Voronezh State University of Architecture and Construction. Series: High Technology. Ecology, 2012, no 1, pp. 145-149 (in Russian).

5. Lawson R.M., Richards J. Modular design for high-rise buildings. Proceedings of the ICE - Structures and Buildings, 2010, no. 163(3), pp.151—164.

6. Afanas’ev A.A., Korol’ E.A., Kagan P.B., Komissarov S.V., Zueva A.V. Tekhnologicheskie osobennosti vozvedeniya vysotnyh zdanij [Technological peculiarities of high-rise buildings]. Vestnik MGSU, 2011, no 6, pp. 369-373 (in Russian).

7. Ali M., Al-Kodmany K. Tall buildings and urbal habital of the 21st Century. A Global Perspective. Buildings, 2012, no 2, pp.384-423 (in Russian).

8. Elbakheit A.R. Why Tall Buildings? The potential of sustainable technologies in tall buildings. International Journal of High-rise Buildings., 2012, vol.1, no 2, pp.117-123 (in Russian).

9. Sinenko S.A., EHmmin EH., Grabovyj P.G., Vil’man YU.A., Grabovyj K.P. Opyt primeneniya novyh tekhnologij pri vozvedenii sovremennyh zdanij i sooruzhenij (na primere kompleksa MMDC «Moskva-Siti») [Experience with the use of new technologies in the construction of modern buildings and constructions (in example of the “Moscow-city” complex)]. Vestnik MGSU, 2012, no 4, pp.165-169 (in Russian).

10. Building in the 21th Century. Author (s): Cook; Subject; Construction Published OCT 2007.

11. Liu J., Chow W.K. Determination of fire load and heat releasee for high-rise residental buildings. Procedia Engineering, 2014, vol. 84, pp. 491-497.

12. Samosudova N.V. Obzor sovremennyh tendencij razvitiya stroitel’nyh tekhnologij v Kitae [Review of current trends in the development of construction technologies in China]. international scientific and technical journal “Real Estate: Economics, Management”, 2012, no 2, pp.69-74 (in Russian).

13. Samosudova N.V., Cherkass A.D. Innovacionnye resheniya v sovremennom stroitel’stve [Innovative solutions in modern construction]. Sovremennye innovacii, 2015, no 2(2), pp.30-32 (in Russian).

14. Kirnev A.D. Nesvetaev G.V. Stroitel’nye krany i gruzopod”emnye mekhanizmy: spravochnik (dlya vypolneniya kursovogo i diplomnogo proektirovaniya po tekhnologii i organizacii v stroitel’stve i dlya specialistov-stroitelej) [Construction cranes and lifting devices: a handbook (course and diploma design technology and organization in construction for engineers)]. Rostov n/D, Feniks, 2013. 667 p.

15. Subbotin O. S. Innovative materials and technologies in Sochi Olympic stadiums [Innovative materials and technologies in Sochi Olympic stadiums// Housing construction]. Housing construction, 2016, no 8, pp. 19-25 (in Russian).

16. Ledenev V.V., Chkhum A. Konstruktivnye resheniya unikal’nyh zdanij i sooruzhenij [Design solutions of unique buildings and structures]. Questions of modern science and practice. University named after V. I. Vernadsky , 2014, no 2(51), pp.60-70( in Russian).

17. Rudenskij A.N. Organizacionnotekhnologicheskie aspekty stroitel’stva vertikal’nyh mnogofunkcional’nyh administrativnyh kompleksov [Organizational and technological aspects of the construction of vertical multifunctional administrative complexes]. Advances in modern science, 2017, vol. 4, no.4, pp.190-193 (in Russian).

18. Disikov YU. Sovremennye tendencii proektirovaniya i stroitel’stva unikal’nyh zdanij i sooruzhenij [Current trends in the design and construction of unique buildings and structures ]. New science: Theoretical and practical view, 2017, no. 2. pp.66-68 (in Russian).

19. Olejnik P.P., Brodskij V.I. Organizaciya stroitel’stva kak vid rabot, vliyayushchih na bezopasnost’ ob”ektov [Organization of construction as a type of work affecting the objects safety]. Industrial and civil construction, 2015, no 7, pp. 71-75. (in Russian).

20. Abdullaev G. I. Assessment of the level of reliability taking into account the organizational and technological parameters of construction. [Assessment of the level of reliability taking into account the organizational and technological parameters of construction]. Magazine of civil Engineering, 2009, no 8, pp. 62-64 (in Russian).

21. Sinenko S.A., A.M. Slavin A.M On the issue of choosing the optimal organizational and technological solution for the construction of buildings and structures [On the issue of choosing the optimal organizational and technological solution for the construction of buildings and structures]. Scientific review, 2016, no 1, pp. 98103 (in Russian).

22. Chebanova S.A., Burlachenko O.V., Polyakov V.G. Organizational and technological solutions for construction in cramped urban conditions [Organizational and technological solutions for construction in cramped urban conditions ]. Engineering Bulletin of the Don, 2018, no 1, pp.65-70.

23. Bobrova T.V., Panchenko P.M. Technical normalization of working processes in construction based on spatial-temporal modeling. Civil Engineering Journal, 2017, no 08(76), pp.84-97.