Method of calculating the consequences of breaking (destruction) of hydrotechnical structures of critical infrastructure
Abstract
Purpose: Reduction of losses of military units and units performing tasks in the territory affected by the enemy’s destruction of the dam by using the methodology for calculating the consequences of the destruction of hydroelectric facilities.
Method: the main research methods are methods of decomposition, system analysis, mathematical modeling and forecasting methods.
Theoretical implications: 8 dangerous factors that arise as a result of the destruction (damage) of hydraulic units and can cause losses and affect the performance of a combat mission have been identified.
Practical implications: the practical consequences resulting from the destruction (damage) of hydraulic nodes were established, a comparative analysis was carried out with the consequences of the influence of factors of weapons of mass destruction.
Value: an algorithm of the method of calculation of consequences in the case of breaches (destruction) of dams of hydrotechnical structures of critical infrastructure was developed, a comparative analysis was carried out with the consequences of weapons of mass destruction.
Papertype: practical.
Downloads
References
Word and deed analytical portal, dated December 28, 2022, Available from : https://www.slovoidilo.ua/2022/11/28/novyna/bezpeka/97-rosijskyx-czilej-cyvilni-reznikov-oprylyudnyv-statystyku-raketnyx-udariv-rf
“KyivVlada” online publication, dated December 5, 2022, Available from : https://kievvlast.com.ua/news/u-natsgvardii-rozkrili-detali-pidrivu-dambi-v-kozarovichah-video-1
Texty.org.ua edition, Andrii Garasym, Nadia Kelm, Undermining the Irpin River Dam. How Russians were stopped by water., 2022-06-15, Available from : https://texty.org.ua/articles/106945/pidryv-hrebli-richky-irpin-yak-rosiyan-zupynyla-voda/
Man-made accidents with explosions and destruction of dams. Methodical instructions for independent work on the course “Life Safety” / Compiled by: L. P. Pushnyn, G. G. Kaplenko, F. Y. Fomenko. – Dnipropetrovsk: PGASA, 2008. – 64 p.
Demydenko H.P. Protection of objects of the national economy from weapons of mass destruction. Kyiv, 1996.
Pushnyn L. P. Forecasting of the engineering, chemical and radiation situation during accidents at potentially dangerous objects: Methodical instructions.
Engineering protection and development of territories: Handbook. Kyiv, 2000.
Topographic map of Nova Kakhovka, elevation, relief, Available from : https://ru-ru.topographic-map.com/map-fmjl3l/%D0%9D%D0%BE%D0%B2%D0% B0%D1%8F-%D0%9A%D0%B0%D1%85%D0%BE% D0%B2%D0%BA%D0%B0/
Murasov R.K., Nevolnichenko, A.I., Chumachenko, S.M., Mykhaylova, A.V., Pyrikov, O.V. (2022). Modeling threats of emergency situations at critical infrastructure facilities using the method of system dynamics, No. 3 (2022): Tavriysk Scientific Bulletin. Series: Technical Sciences, (3), 88-99. https://doi.org/10.32851/tnv-tech.2022.3.10
Murasov R.K., Kurtseitov T.L., Melnyk Y.V. (2022). A probabilistic method of forecasting emergency events at potentially dangerous objects of critical infrastructure, Modern information technologies in the field of security and defense, No. 2(44), 2022, P. 60-64.
Abstract views: 655 PDF Downloads: 1535
Copyright (c) 2022 Rustam Murasov, Bohdan Tertyshnyy
This work is licensed under a Creative Commons Attribution 4.0 International License.
