MODERN TECHNIQUES FOR THE CONSTRUCTION OF MONOLITHIC BRIDGES

U. Shermukhamedov; A. Karimova; Y. Khakimova; A . Abdusattorov

doi:10.5281/zenodo.7441336

MODERN TECHNIQUES FOR THE CONSTRUCTION OF MONOLITHIC BRIDGES

15.12.2022 International Scientific Journal "Science and Innovation". Series A. Volume 1 Issue 8

U. Shermukhamedov , A. Karimova, Y. Khakimova , A . Abdusattorov

Abstract. Over recent years, various new techniques and technologies have been used in the construction of bridges. The construction of monolithic structures is one of the well-known and unconventional methods. This article provides practical recommendations on the construction technology of new types of solid axle reinforced concrete (monolithic) bridges and overpasses, which cover the construction, reconstruction, and repair of bridge structures made of monolithic reinforced concrete located on public roads of all categories and climatic zones.

Keywords: monolithic bridge, construction technology, superstructure, abutment, special auxiliary structures and devices.

References:

1. U.Z. Shermukhamedov & M.A. Abduakhatov. (2018). The current state and prospects for the design and construction of urban transport facilities in the Republic of Uzbekistan // Travel navigator magazine, No. 36-37, St. Petersburg. - P. 24-28. 2. U. Shermukhamedov, A. Karimova, I. Khikmatova, & A. Abdullaev. (2022). Calculation of monolithic bridges taking into account the seismic conditions of the Republic of Uzbekistan // International scientific conference “Construction Mechanics, Hydraulics and Water Resources Engineering – CONMECHYDRO 2022”, August 23-24. 3. V.N. Smirnov, S.V. Chizhov. Quality in bridge building: monograph - St. Petersburg: Demetra, 2006. - 153 p. 4. S.V. Chizhov // Monolithic bridge building: Proceedings of the Intern. Sci. - Pract. Seminar (2003; St. Petersburg) / PGUPS. - St. Petersburg: PGUPS, 2003. - P. 35-37. 5. U. Shermukhamedov, I. Mirzaev, A. Karimova, & D. Askarova. (2022). Calculation of the stress-strain state of monolithic bridges on the action of real seismic impacts // 1st International Scientific Conference "Modern Materials Science: Topical Issues, Achievements and Innovations" (ISCMMSTIAI-2022), (Tashkent, March 4-5, 2022). P. 314-321. 6. Shermukhamedov U.Z., Mirzaev I., & Karimova A.B. (2022). Influence of rubber-metal bearing parts on the vibrations of solid reinforced concrete bridges and overpasses // J. Seismic-resistant construction. Building safety”. Moscow, Russian Federation. 7. Ch.S. Raupov, A.B. Karimova, F.Z., Zokirov, & Y.T. Khakimova. (2021). Experimental and theoretical assessment of the long-term strength of lightweight concrete and its components under compression and tension, taking into account the macrostructure of the material // “Construction Mechanics, Hydraulics and Water Resources Engineering” (CONMECHYDRO 2021), April 1-3, 2021 in Tashkent, E3S Web of Conferences 264, 02024б https://doi.org/10.1051/e3sconf/202126402024) 8. Shermuxamedov Ulugbek Zabixullayevich, Karimova Anora Baxtiyerovna & Hakimova Yakutxon Tulyaganovna. (2022). Real seysmogramma yozuvlari ta’sirida uzluksiz monolit ko‘prik konstruksiyalarining dinamik tahlili // Международный научный журнал № 3 (100), часть 1 «Научный импульс» Октябрь. – с. 291-296. 9. Шермухамедов У. З., Каримова А. Б., Хакимова Я.Т. & Абдусатторов А.A. (2022). Технология строительства новых типов неразрезных железобетонных (монолитных) мостов и путепроводов // Международный научный журнал № 4 (100), часть 2 «Научный импульс» Ноябрь. – с. 1023-1032.