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Investigation of the Stress State of an Optimal Tower Cooling Tower with an Irrigation Area of 1 600 m2

A. V. TanasogloDonbas National Academy of Civil Engineering and ArchitectureS. N. BakayevDonbas National Academy of Civil Engineering and ArchitectureS. A. FomenkoDonbas National Academy of Civil Engineering and ArchitectureK. S. KutaytsevDonbas National Academy of Civil Engineering and ArchitectureL. V. KozlovaDonbas National Academy of Civil Engineering and Architecture
Abstract: This article provides an overview of the current state of the research topic; analysis of the features of collecting loads and calculating steel cooling towers according to domestic standards. The main combinations of loads are given, taking into account the duration of their impact on the cooling tower. The study of the dynamic properties of a steel cooling tower is carried out using finite element modeling, taking into account the variability of the parameters of the structural shape. The features of the dynamic effect of the wind are given, taking into account the forced (pulsational) and natural oscillations for the inadmissibility of resonance. Optimal design of a grid cooling tower with an irrigation area of 1 600 m2, taking into account the peculiarities of wind exposure. After performing the optimization calculation and taking into account the real model, solid-state modeling was performed in the PC «Tekla», as well as indications for the results of optimization are given.

Keywords: analysis of load collection features, study of the dynamic properties of a steel cooling tower, optimal design of a lattice cooling tower.

Pages: 89-94.

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For citation: Tanasoglo, A. V.; Bakayev, S. N.; Fomenko, S. A. [et al.]. Investigation of the Stress State of an Optimal Tower Cooling Tower with an Irrigation Area of 1 600 m2. – Text : electronic. – In: Proceeding of the Donbas National Academy of Civil Engineering and Architecture. – 2021. – Issue 2021-3(149) Buildings and structures using new materials and technologies. – Р. 89-94. – URL: https://donnasa.ru/publish_house/journals/vestnik/2021/2021-3(149)/st_15_tanasoglo_bakaev_fomenko_kutaycev_kozlova.pdf (date of access: 19.11.2024). – ISSN 2519-2817.

Issue Cover
Issue 2021-3 (149)
Journal: Proceeding of the Donbas National Academy of Civil Engineering and Architecture
Publish house: Donbas National Academy of Civil Engineering and Architecture