Open Access
Issue |
E3S Web Conf.
Volume 97, 2019
XXII International Scientific Conference “Construction the Formation of Living Environment” (FORM-2019)
|
|
---|---|---|
Article Number | 06026 | |
Number of page(s) | 10 | |
Section | New Construction Technologies | |
DOI | https://doi.org/10.1051/e3sconf/20199706026 | |
Published online | 29 May 2019 |
- Kosmin V V and Mozalev S V 2014 Scientific and Technical Journal «Vestnik mostostroyeniya» Problems of research, design and construction of large span bridges vol 1 (Moscow) pp 19-24 [Google Scholar]
- Krasnovskiy B M 2004 Engineering and physical foundations of winter concreting methods (Moscow: GASIS) p 470 [Google Scholar]
- Sokolov S B 2002 Influence of air temperature fluctuations in hotbeds on the temperature of hardening concrete during the erection of monolithic slab-ribbed spans during the cold period of the year vol 213 (Moscow: TSNIIS) pp 167-72 [Google Scholar]
- Passek V V, Zakovenko V V, Antonov E A and Yefremov A N 2002 Application of artificial cooling in the process of controlling the temperature regime of erected reinforced concrete arches vol 213 (Moscow: TSNIIS) pp 73-5 [Google Scholar]
- Smirnov N V and Antonov E A 2005 The role of creep of concrete in the formation of the thermo-stress state of monolithic reinforced concrete structures in the process of its erection vol 213 (Moscow: TSNIIS) pp 89-117 [Google Scholar]
- Yevlanov S F 2002 Technological cracks on the surface of monolithic building structures vol 208 (Moscow: TSNIIS) pp 27-36 [Google Scholar]
- Vasil’yev A I and Veytsman S G 2015 Scientific and Technical Journal «Vestnik mostostroyeniya» Modern trends and problems of domestic bridge construction vol 1 (Moscow) pp 2-17 [Google Scholar]
- Solov’yanchik A R, Shifrin S A, Il’in A A and Sokolov S B 2006 Selection of technological parameters for the production of concrete works during the erection of massive grillage and support of the arch bridge of the cable bridge over the Moscow River vol 230 (Moscow: TSNIIS) pp 24-30 [Google Scholar]
- Solov’yanchik A R, Pulyayev S M and Pulyayev I S 2018 Scientific and Technical Journal «Vestnik SibADI» Investigation of the heat release of cements used in the construction of a bridge across the Kerch Strait vol 2 (Omsk) pp 283-93 [Google Scholar]
- Solov’yanchik A R, Korotin V N, Shifrin S A and Veytsman S G 2002 Scientific and Technical Journal «Vestnik mostostroyeniya» Experience in reducing cracking in concrete from thermal effects during the construction of the Gagarinsky tunnel vol 3-4 (Moscow) pp 53-9 [Google Scholar]
- Ginzburg A V 2014 Scientific and Technical Journal «Vestnik MGSU» Ensuring the high quality and efficiency of work in the construction of tunnels from monolithic concrete vol 1 (Moscow: Moscow State University of Civil Engineering Press) pp 98-110 [Google Scholar]
- Solov’yanchik A R, Shifrin S A, Korotin V N and Veytsman S G 2003 Realization of the concept of “quality” in the construction of the Gagarinsky tunnel in Moscow vol 217 (Moscow: TSNIIS) pp 206-12 [Google Scholar]
- Balyuchik E A, Velichko V P and Chernyy K D 2012 Scientific and Technical Journal «Transportnoye stroitel’stvo» Manufacturing of cladding units during the winter construction of a bridge across the Angara River vol 10 (Moscow) pp 4-7 [Google Scholar]
- Solov’yanchik A R and Pulyayev I S 2008 Scientific and Technical Journal «Vestnik MGSU» Prevention of cracking in concrete when erecting the lower parts of the pylons of the cable-stayed bridge across the Oka River on the bypass of the city of Murom vol 1 (Moscow: Moscow State University of Civil Engineering Press) pp 285-95 [Google Scholar]
- Solov’yanchik A R, Shifrin S A, Korotin V N and Veytsman S A 2003 Experience in the use of incomplete compression of concrete to prevent the appearance of cracks in structural elements of transport structures vol 217 (Moscow: TSNIIS) pp 200-5 [Google Scholar]
- Tarasov A M, Bobrov F Y and Pryakhin D V 2007 Scientific and Technical Journal «Vestnik mostostroyeniya» Application of physical modeling in the construction of bridges and other structures vol 1 (Moscow) pp 21-6 [Google Scholar]
- Pryakhin D V 2009 Scientific and Technical Journal «Transportnoye stroitel’stvo» Investigation of the cable-stayed bridge structure using physical modeling methods vol 10 (Moscow) pp 11-3 [Google Scholar]
- Velichko V P and Chernyy K D 2013 Scientific and Technical Journal «Transportnoye stroitel’stvo» The account of the stress-strain state in the team-monolithic bridge supports at the stage of their construction vol 2 (Moscow) pp 11-3 [Google Scholar]
- Pulyayev I S and Pulyayev S M 2011 Scientific and Technical Journal «Vestnik MGSU» To the question of the maximum temperature of the substrate, at which it is allowed to lay a concrete mixture in the construction of transport facilities vol 2 (Moscow: Moscow State University of Civil Engineering Press) pp 295-304 [Google Scholar]
- Korotin V N 2002 Scientific and Technical Journal «Vestnik mostostroyeniya» Structurally technological features of the construction of monolithic bridge structures of the flyover vol 3-4 (Moscow) pp 3-8 [Google Scholar]
- Passek V V and Solov’yanchik A R 1980 The technique for studying the temperature conditions of the beams of bridge building structures in the process of heat and moisture treatment Moscow: TSNIIS) pp 97-103 [Google Scholar]
Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.
Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.
Initial download of the metrics may take a while.