Generate QR code
Open Access
Subscription Access
COMPARATIVE ANALYSIS OF WATERPROOFING OF BRIDGE STRUCTURES UNDER MOLDED ASPHALT CONCRETE
https://doi.org/10.24412/2409-4358-2023-2-76-87
Abstract
Waterproofing must be continuous and waterproof over the entire insulated surface, in conjunction with structural elements, expansion joint designs, elastic at low temperatures; heat-resistant in summer temperatures, stable when applying poured asphalt or compacted asphalt concrete, reliably protected from mechanical damage.
About the Authors
Sh. N. Valiev
Moscow Automobile and Road Construction State Technical University
Russian Federation
Russian Federation
Sherali Nazaralievich Valiev - candidate of technical sciences, associate professor
125319, Moscow, Leningradsky prospect, 64.
A. N. Kamenskikh
FAU «ROSDORNII»
Russian Federation
Russian Federation
Alexander Nikolaevich Kamenskikh - Deputy General Director
125493, Moscow, st. Smolnaya, 2
A. V. Kochetkov
Russian Automobile Association
Russian Federation
Russian Federation
Andrey Viktorovich Kochetkov - Doctor of Technical Sciences, Professor, member of the Presidium of the RAT
117342, Moscow, st. Obruchev, house 52, building 3.
References
1. GOST R 59179-2021 “Public automobile roads. Polymeric materials for waterproofing the slab of the roadway of the bridge structure. Technical requirements»
2. GOST R 59180-2021 Roads for public use. Polymeric materials for waterproofing the slab of the roadway of the bridge structure. Test Methods
3. Polyurethane road surfaces Kochetkov A.V., Leontiev V.Yu., Vasiliev Yu.E., Sarychev I.Yu., Tyunik S.S. Car roads. 2021. No. 4 (1073). pp. 135-140.
4. Technical regulation of macroroughness of road surfaces of automobile and logging roads: monograph. / L.V. Yankovsky, A.V. Kochetkov, N.E. Kokodeeva; under total ed. L.V. Yankovsky. Perm: Publishing House of Perm. nat. research polytechnic un-ta, 2019. 321 p.
5. Physical and mechanical properties of polyurethane crushed stone for slopes of embankments and excavations of roads and railways Zadiraka A.A., Kokodeeva N.Ye., Kochetkov A.V. Russian Journal of Building Construction and Architecture. 2018. No. 4 (40). pp. 50-60. Zadiraka A. A., Kokodeeva N. E., Kochetkov A. V. Technology for the device and strengthening of transport facilities based on polyurethane composition. Scientific journal of construction and architecture. 2018. Issue 4 (52).
6. Technical regulations of the Customs Union. Road safety» (TR CU 014/2011).
7. Federal Law «Technical Regulations on the Safety of Buildings and Structures» dated December 30, 2009 N 384-FZ (as amended on July 2, 2013);
8. ODM 218.4.001-2008. Guidelines for the organization of inspection and testing of bridge structures on highways. Rosavtodor, 2008.
9. GOST R 54401-2011 Public automobile roads. Asphalt road cast hot. Technical requirements.
10. GOST 27751-2014 Reliability of building structures and foundations. Basic provisions.
11. SP 35.13330.2011 Bridges and pipes. Updated edition of SNiP 2.05.03-84*.
12. ODM 218.3.045-2015 Recommendations for the installation of seamless sprayed bridge waterproofing from composite materials on reinforced concrete and steel orthotropic slabs of span structures of bridge structures, as well as on other building structures made of steel and reinforced concrete.
13. STO 71450741.011-2011 Waterproofing of reinforced concrete and steel orthotropic slabs of superstructures of bridge structures and other building structures made of steel and reinforced concrete. Device technology.
14. Bondarev B.A., Zaitseva T.M., Saakyan A.G., Lezgiyev T.R. Estimation of wear of structures of expansion joints and ways to increase their durability. // Bulletin of the Perm National Research Polytechnic University. Construction and architecture. 2019. V. 10. No. 4. S. 126-132.
15. Rough surfaces: regulation, design and arrangement / Kochetkov A.V., Susliganov P.S. // Car roads. 2005. No. 1. S. 54.
Review
For citations:
Valiev Sh.N., Kamenskikh A.N., Kochetkov A.V. COMPARATIVE ANALYSIS OF WATERPROOFING OF BRIDGE STRUCTURES UNDER MOLDED ASPHALT CONCRETE. New technologies in construction. 2023;(2):12-23. (In Russ.) https://doi.org/10.24412/2409-4358-2023-2-76-87
Views:
78
Email this article 