The method of the optimization of material flows for functioning of the recovery system

Keywords: recovery, provision, weapons and military equipment, logistical means, material flows, the automated system

Abstract

To solve the problem of timely provision of military formations (units) with the logistical means (LM), the method of optimization of material flows is proposed in the work. To implement this method, the system of the material flows management, storage and transportation of the logistical means is divided into strategic, operational and tactical levels of the hierarchy, whereby the highest management body has access to the entire management system and database and the lower one only within its responsibility. At each level of the hierarchy, an automated control system is created, which includes subsystems with normative data (set standards of storage of the logistical means, norms of variability of the corresponding nomenclature of spare parts, norms of the working time of samples of weapons and military equipment (WME) to the appropriate type of maintenance and repair, etc.). In the next stage, the accounting of records of the WME samples and the actual availability of the logistical means, which have arrived to the logistics centers of the strategic level, the distribution centers of the operational level and the warehouses of the military formations (units) is entered to the automated control system.

During the exploitation of WME samples, the information of the actual consumption of their resource is provided to the automated real-time management system. After that, the automated system compares the actual consumption of the resource of the WME samples with the established standards, which are laid down in the technical documentation and orders, regulations, directives, etc. by the Ministry of Defense and the General Staff. When the time is coming to dispatch the WME sample to the appropriate type of maintenance or repair, the automated system having the logistical means account at all levels of the hierarchy determines at which storage the logistical means data is located and paves the optimal route for their transportation to units or to the warehouses of the lower level of hierarchy.

Thus, the use of this method allows to determine the unit in which the appropriate sample of the WME will require maintenance or repair, to determine the necessary nomenclature of logistical means, to provide this unit in advance with the necessary logistical means, which will reduce the time and cost of resources to provide the logistical means to the military formations (units).

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Author Biography

Vоlodymyr Dachkovskyi, The National Defence University of Ukraine named after Ivan Cherniakhovskyi

Candidate of technical sciences, associate professor of the department of technical support

References

Vlasov I. Mechetenko M. Gannenko Yu. Analysis of the factors that influence the efficiency of functioning of the rear support system of the Armed Forces of Ukraine. Social development & Security. 2019. Vol. 9, Iss. 3. с. 16–24.

Havrylyuk I.Yu. Matsko O.Y. Dachkovskyi, V.O. Conceptual bases of flow management in the logistics system of the Armed Forces of Ukraine.Modern Information Technologies in the Sphere of Security and Defence. 2019. № 1(34). р. 37-44.

Kryvtsun V. I. Nagachevskyi V. Ya. Baranov, A. M. Comparative analysis of existing systems of maintenance and repair of machine guns. Bulletin of mechanical engineering and transport. 2015. №1. с. 33-45.

Kovalenko O. A. Opportunity assessment of repair and restoration bodies for the evacuation of damaged weapons and military equipment. Modern Information Technologies in the Sphere of Security and Defence. 2016. №2 (22). р. 149-154.

Shyshanov M. O. Gulyaev A. V. Shevtsov M. M. Substantiation of the method of modeling the process of functioning of the system of recovery of weapons and military equipment of the grouping of troops. Weapons and military equipment. 2017. №1. с. 75-77.

Pavlovskyi O. V. A method of predicting volumes of tasks that will rely on repair and restoration bodies during the operations (fighting). Collection of researchers of Kharkov University of the Air Force. 2016. Iss. 2. с. 15-18.

Pavlovskyi I.V. Tverdokhlibov V.V. Bashkyrov O.M. Proposals to improve the logistics system of the Armed Forces of Ukraine. Weapons and military equipment, 2017. №.1(13), с. 50-54.

Zhang, C.H. Xie, X.P. Zhang, Z.J. Optimum design of packaging unit for military material base set. Paper Asia . 2018, vol. 1, Issue Compendium 5, p. 63-66

Sun, L. Zhou, X. Parmar, M. Wang, L. An improved genetic algorithm to optimize vehicle scheduling for relief efforts. International Journal of Perform ability Engineering, 2019, Vol. 15, Iss 9, р. 2356-2363.

Krestianpol, O. Computer integrated design of flexible packaging production systems. Technological Complexes, 2015, №1 (11), s. 100-110.

Nakonechnyi O.V. Analysis of conditions and factors that influence on the efficiency of the functioning logistics system of the state defense. Management, navigation and communication systems, 2019, №3(55). с. 48-57.

Gutorov O.I. Prozorova N.V. Formation of effective mechanism of functioning of logistic systems of agricultural enterprises. APK economy. 2013. №8, с. 33-39.

Ananko, I.M. Assessment of efficiency of functioning of logistic systems at ATP. Economy of the transport complex. 2014. № 24 с. 125-138.

Haidabrus, N. V. Analysis of the state of logistics services and innovation activity of Ukrainian enterprises. Businessinform. 2015. № 4 с. 123-129.

Skochylias, S. M. The integration process taking into account the features of the logistics chain. Economic analysis.2015. № 20. с. 295-300.

Nahornichevskyi, O. Conceptual principles of public administration in the field of logistics of the Armed Forces of Ukraine in the context of national security. Collection of scientific works. Public Administration Efficiency. 2015. №. 42. P. 223-229.

Briushkova, N.O. Hylka, B.V. Ways to increase the efficiency of warehousing of winemaking enterprises. Eastern Europe: Economy, Business and Management. 2018. vol. 1 (12) p. 48-52.

Krush, P.V. Mehed, Yu.V. Warehouse management system as part of the logistics strategy for condiment manufacturing companies. Economics and enterprise management. 2017. vol. 14. P. 135-139.

Pietukhova, O.M. Tkachuk, O. S. Improvement of organization of logistic processes at the warehouse of the enterprise. Electronic scientific edition “Effective Economics”. 2018. №1. [Electronic source]: Access mode: http://www.economy.nayka.com.ua/pdf/1_2018/6.pdf

Kachurovskyi, S.V. A systematic approach in the logistics of warehousing APK. Collection of scientific works of VNAU. 2012. №3(69). с. 93-99.

Mishchuk, I.P. Evaluation of the efficiency of the logistics enterprise trading system. The mechanism of regulation of the economy, 2012, № 4 с. 102-110.

Kosenko, V.V. Milash, L.M. Logistic support for innovation. State building. 2016. № 2. p. 1-9.

Vakhovska, M. Yu. Logistics flows: definitions, features, parameters [Electronic source]: Access mode: http://vlp.com.ua/files/04_25.pdf

Ren Xin,Tie-ying Wu, Li Yuan, Sheng Qu, Ma Li Study on the development of civil military integration equipment procurement. 5th International Conference on Machinery, Materials and Computing Technology. Advances in Engineering, 2017. vol. 126. р.1207-1211.

Dachkovskyi, V.О. Sampir, О.М. Algorithm of logistic protection system operation. Modern Information Technologies in the Sphere of Security and Defence. 2019. №2 (35). с. 87-92.

Matsko O. Y., Tereshchenko AM, Kopashynskyi S.A, Ovcharenko I.V, Dachkovskyi V.O, Yalnytskyi O.D, Openko P.V, Yaroshenko O.V, Momot R.A., Grinchak O.V. Fundamentals of Organization of Operation and Repair of Weapons and Military Equipment, Kyiv, NUOU, 2018, 400 p.

Fundamentals of Logistics: тeach. manual / [Dachkovskyі, V.O. Ovcharenko I.V. Vorobiev, O.M. Yaroshenko, O.V. Melnyk, B.O.]. Kyiv : NUOU them. Ivan Chernyakhovsky, 2018. 204 p.

Application, IPC (2019) В60S 5/00. Method of providing units with logistical means / VA Dachkovsky, № u201909192; applications 08.08.2019.

Hryhorov, O.V. Anishchenko, H.O. Stryzhak, V.V. Petrenko, N.O. Stryzhak, M. H. Tsebrenko, M.V. Okun, A.O. Ziubanova, D.M. Technology of material flows of logistics systems. Kharkiv: 2018. 496 p.

Yatsenko, R.M. Nikolaiev, I.V. Information systems in logistics. Kharkiv: Ed. KhNEU, 2012. 232 p.

Tkach, M., & Tkach, I. (2019). Analysis of the military-economic potential of some countries of the world. Journal of Scientific Papers «Social Development and Security», 9(3), 106-118. DOI:10.33445/sds.2019.9.3.8


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Published
2020-04-30
How to Cite
Dachkovskyi, V. (2020). The method of the optimization of material flows for functioning of the recovery system. Social Development and Security, 10(2), 27-34. https://doi.org/10.33445/sds.2020.10.2.4
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Articles