Design calculations and study of the assembly and technological indicators of coating's consolidated structural blocks

Authors

DOI:

https://doi.org/10.32347/2410-2547.2023.111.284-295

Keywords:

stressed-deformed state, consolidation of structural blocks of the coating, technological process, lifting and assembly module, metal structure, labor intensity, calculation of structures

Abstract

 

The article considers and implements the calculation model of the system using the design and calculation complex LIRA. The features of load perception and their rational distribution between structural elements are analyzed. The stress-strain state is calculated, taking into account the subsequent installation of the structure. The approach to determining the labor-intensiveness and duration of consolidation processes during the installation of structural blocks of the covering, which is caused by atypical structural and technological solutions, is considered.

Modern approaches to the process of consolidation of structural blocks of coatings are analyzed. The use of load-lifting assembly modules is proposed to reduce the specific share of the use of heavy crane equipment at the construction site. The method of installation of a structural coating with the use of heavy crane equipment and load-lifting installation modules is compared.

Author Biographies

Gennadii Tonkacheev, Kyiv National University of Construction and Architecture

Doctor of Technical Sciences, Professor of the Department of Construction Technologies

Gryhorii Ivanchenko, Kyiv National University of Construction and Architecture

Doctor of Technical Sciences, Professor of the Department of Construction Mechanics

Volodymyr Rashkivskyi, Kyiv National University of Construction and Architecture

Doctor of Technical Sciences, Professor of the Department of Construction Mechanics

Andrii Kozak, Kyiv National University of Construction and Architecture

candidate of technical sciences, associate professor, associate professor of the Department of Construction Mechanics

Iryna Nesterenko, Kyiv National University of Construction and Architecture

candidate of technical sciences, associate professor

References

Tonkacheev H. M., Sharapa S. P., Lepska L. A. (2020) Methodology vyvchennia budivelnykh technology. Navch. pos. – K.: KNUCA. - 220 p.

Chernenko V.K., Osypov O.F., Tonkacheev H.M., Romanushko E.H. (2011) Technology of installation of building structures Navch. pos. – K. - 368 p.

Sukach M.K., Ryzhakova L.M., Chernyshev D.O., Ivakhnenko I.S. (2020) Fundamentals of technology transfer : a textbook. 318. ISBN 978-617-7748-90-7 (in Ukrainian).

Khubka V.(1987) Theory tekhnycheskykh system: Per. s nem.- M.: Myr , 1987. – 208 p.

Garnets V., Shalenko V., Maslyuk A. (2018) Methodology of creating machines. Practical work and tasks for the course work : teaching manual. 100. ( in Ukrainian).

Nazarenko II, Bernyk IM (2013) Basics of design and construction of machines and equipment of processing industries. Education manual. 544. ( in Ukrainian).

Bunyn MV, Nychke VV, Bohomolov AA (1987) Efficiency and potential of construction machines. 160. (in Russian).

Kravets S. (1990) Basics of technical creativity in construction and reclamation engineering. 160. ( in Russian )

Khmara LA, Shpylov AS, Butenko AA (2009) Technological equipment for the production of building materials. Teacher Allowance. 320. (in Russian).

Blokhin V.S., Malich M.H. (2006) Basic parameters of technological machines.. Ch2. 400. ( in Ukrainian )

Tonkacheev H.M., Rashkivskyi V.P. (2009) Conductor for mounting columns. Patent of Ukraine No. 88730 U. Bul. No. 21, 10.11.2009.

Tonkacheiev H., Rashkivskyi V., Lepska L., Sharapa S. & Sobko Yu. (2022). Prerequisites for the creation of lifting and collecting technological module for the installation of structural blocks of the coating. AD ALTA: Journal of Interdisciplinary Research. Special issue No. 12/01/XXVII. The Czech Republic. 204–206. http://www.magnanimitas.cz/ADALTA/120127/papers/J_05.pdf

Tonkacheev HM Lepska L., Sharapa S. (2014) The system of substantiation of technological parameters of assembly equipment for limiting and fixing the structures being mounted Urban planning and territorial planning: call. of science pr. - K.: KNUCA, 2014. Issue 52. P. 418-426.

DBN V.2.6-198:2014 "Steel structures. Design standards".

DBN V.1.2-2:2006 "Loads and impacts. Design norms".

DBN V. 1.2-2-2006 System for ensuring the reliability and safety of construction objects. Loads and influences. Design norms.

DSTU B V.1.2-3:2006 - Deflections and displacements of design requirements.

Downloads

Published

2023-11-24

Issue

Section

Статті