Features of design and calculations of complex reinforced concrete frames of buildings
DOI:
https://doi.org/10.32347/2410-2547.2023.110.108-117Keywords:
building, space-planning solutions, frame system, frame, riser, crossbar, deformation scheme, load, moment diagram, reinforced concrete frame unitsAbstract
The article considers and systematizes the load-bearing structural systems of buildings with complex space-planning configurations, taking into account design solutions, structural loading and stress states. The features of the perception of loads and their rational distribution between the structural elements of frame buildings with complex space-planning solutions are analyzed. The main structural schemes of complex frames, schemes of their deformations and plots of moments under the influence of vertical and horizontal loads are introduced. The paper reflects the modern practice of preliminary approximate calculations of the approximate dimensions of the sections of frame structures of frame buildings for the possibility of further collecting loads and performing refined calculations using modern calculation software systems.
The proposed method for modeling the nature of the work of complex frames of frame buildings and coordinating their space-planning, design and calculation systems will be useful for researchers, architects and design engineers during the design of new types of buildings, taking into account their operation under emergency conditions.
References
Getun G.V., Kryshtop B.G. Multi-story frame-monolithic residential buildings: Study guide / Getun G.V., Kryshtop B.G.– K.: KONDOR, 2005. – 220 p.
Getun G. V., Kulikov P. M., Plosky V. O., Chernyshev D. O. Structures of buildings and structures. Book 2. Non-residential buildings. Textbook for higher educational institutions / Getun G. V., Kulikov P. M., Plosky V. O., Chernyshev D. O. –Kamianets-Podilskyi: «Ruta», 2023 – 900 p.
Getun G.V., Butsenko Y., Balina O., Bezklubenko I., Solomin A. Дифузійні процеси з накопичувальними характеристиками при експлуатації будівель // Strength of materials and theory of structures. – 2019. – Issue 102, p. 243-251.
Getun G.V., Butsenko Y., Labzhinsky V., Balina O., Bezklubenko I., Solomin A. Situations forecasting and decision-making optimization based on markovs finite chains in areas with industrial pollutios. // Strength of materials and theory of structures. – 2020. – Issue 104, p. 164-174.
Golosov V.N., Ermolov V.V., Lebedev N.V. and others. Engineering constructions: Textbook for universities / Golosov V.N., Ermolov V.V., Lebedev N.V. and others. community ed. Ermolova V. V. –M.: Higher School, 1991. – 408 p.
DBN V.1.2-2:2006. Technical regulations, rules and standards. General technical requirements for the living environment and construction products. The system for ensuring the reliability and safety of construction objects. Loads and influences. Design standards. – K.: Ministry of Construction of Ukraine, 2007. – 60 p.
DBN V.2.6-98:2009. Technical regulations, rules and standards. Construction objects and industrial products for construction purposes. Structures of buildings and structures. Concrete and reinforced concrete structures. Substantive provisions. – K.: Ministry of Regional Development of Ukraine, 2011. –71 p.
DSTU B V.2.6-156:2010. Technical regulations, rules and standards. Construction objects and industrial products for construction purposes. Structures of buildings and structures. Concrete and reinforced concrete structures made of heavy concrete. Design rules. – K.: Ministry of Regional Construction of Ukraine, 2011. – 118 p.
Kulikov P. M., Plosky V. O., Getun G. V. Architecture of buildings and structures Book 5. Industrial buildings: Textbook for higher educational institutions / Kulikov P. M., Plosky V. O., Getun G. V. –Kamianets-Podilskyi: «Lira-K», «Ruta», 2020 – 820 pp.: il.
Kulikov P. M., Plosky V. O., Getun G. V. Constructions of buildings and structures Book 1: Textbook for higher educational institutions / Kulikov P. M., Plosky V. O., Getun G. V. –Kamianets-Podilskyi: «Lira-K», «Ruta», 2021 – 880 pp.: il.
Lizunov P., Nedin V. The stability of rotating rods under the action of vibro-impact load. – 2021. – Issue 106, p. 113-121.
Ponomarev V. A. Architectural design: Textbook / Ponomarev V. A. – M.; Architecture-S, 2008. – 736 p.
Engel H. Bearing systems: educational edition / Haino Engel. – M.: AST Astrel, 2007. – 344 p.
Downloads
Published
Issue
Section
License
This work is licensed under a Creative Commons Attribution 4.0 International License.
Authors retain copyright and grant the journal right of first publication with the work simultaneously licensed under a Creative Commons Attribution License that allows others to share the work with an acknowledgement of the work's authorship and initial publication in this journal.
