Ensuring Competitiveness of Logistics Service by Selecting the Type of Storing Single-Piece Cargoes

  • Authors

    • Iryna Trunina
    • Volodymyr Zahorianskyi
    • Olena Zahorianska
    • Dmytro Moloshtan
    2018-09-15
    https://doi.org/10.14419/ijet.v7i4.3.19953
  • Algorithm, pallet, Single-piece cargo, Rack storing, Pile storing.
  • Efficient transportation of cargoes from the point of the cargo traffic start to the final consumers can significantly influence competitiveness of logistics service that leads to the necessity of analysing the known approaches to substantiating the selection of the storing type (pile storage or rack storage) when warehousing single-piece cargoes. To formalize the problem of selection based on the analysis, the authors develop the model, which is suggested to use the quantity of the stored pallets with single item cargoes. The calculations according to the suggested mathematical model envisage intensive computations with repeated calculations; therefore the corresponding recursive algorithms are developed for this mathematical model. The corresponding recursive algorithms for the model are easily realized in the software product. The developed algorithms can be easily realized in the software product with graphic interface on the enterprises delivering logistics services to enhance their competitiveness.

     

     

  • References

    1. [1] Trunina IM. (2015), Development of entrepreneurshipentity competitive strategy using competence-based approach, Ðктуальні проблеми економіки. Ðауковий економічний журнал, â„– 11 (173), рр. 206–213.

      [2] Malikov OB. (2005). Sklady i gruzovyye terminaly. Iz-datelskiy dom «Biznes-Pressa».

      [3] Pashkov AK & Polyarin YuN (2000). Paketirovaniye i perevozka tarno-shtuchnykh gruzov. Transport.

      [4] Molchanova OV (2012). Edinyye normy vyrabotki i vre-meni na vagonnyye. avtotransportnyye i skladskiye pogru-zochno-razgruzochnyye raboty. Izd-vo UrGUPS.

      [5] Timoshin AA, Machulskiy II & Golutvin V. A. [i dr.] (2003). Kompleksnaya mekhanizatsiya i avtomatizatsiya pogru-zochno-razgruzochnykh rabot. Marshrut.

      [6] Sushchenko OA & Trunina IM (2016), Creation of innovation clusters as a line of enterprise competitiveness improvement in the field of foreign economic activity, Ðктуальні проблеми економіки. Ðауковий економічний журнал, â„– 3 (177), рр. 191–198.

      [7] Frazelle E (2002), World-Class Warehousing and Material Handling, McGraw-Hill.

      [8] Kulwiec RA (ed.) (1985), Materials Handling Handbook, Wiley-Interscience.

      [9] Mulcahy, D E (1994), Warehouse Distribution & Operations Handbook, McGraw-Hill.

      [10] Gadzhinskiy AM (2005). Sovremennyy sklad. Organiza-tsiya. tekhnologiya. upravleniye i logistika. TK Velbi. Izd-vo Prospekt.

      [11] Matson JO, Swaminathan SR & Mellichamp JM (1990), Knowledge-Based Material Handling Equipment selection. Proc. of the 1990 International Industrial Engineering Conference, рр. 212–217.

      [12] Berg Ð. Kriterien und Methoden zur Auswahl effektive Arten von Verpackungsmitteln und Ladeeinheiten (1979), Verpackung, No. 3, рр. 73–78.

      [13] Malikov OB (1980). Proyektirovaniye avtomatiziro-vannykh skladov shtuchnykh gruzov. Mashinostroyeniye.

      [14] Malikov OB & Malkovich AR (1989). Sklady promyshlen-nykh predpriyatiy. Mashinostroyeniye. Leningr. otd-niye.

      [15] Fiyalkovskiy Ya (1988), Proyektirovaniye vysotnykh stel-lazhnykh skladov. Stroyizdat.

      [16] Zhuravlev NP & Malikov OB (2006), Transportno-gruzovyye sistemy. Marshrut

      [17] Gorev AE (2008). Gruzovyye avtomobilnyye perevozki. Akademiya.

      [18] Eberling GW. Pallet pattern by computer, Modern Packaging, 1971, May, рр. 66–67.

      [19] Yaman RA (2001), Рknowledge-based approach for selection of material handling equipment and material handling system predesign, Turkish Journal of Engineering and Environmental Sciences, Vol. 25, No. 4, рр. 267–278.

      [20] Malikov OB (1986). Sklady gibkikh avtomaticheskikh proizvodstv. Mashinostroyeniye. Leningr. otd-niye.

      [21] Moroz MM, Korol SO & Boiko YO (2016), Social traffic monitoring in the city of Kremenchuk, Ðктуальні проблеми економіки. Ðауковий економічний журнал, â„– 1 (175), pp. 385-398.

      [22] Moroz MM (2015), Defining the term and the volume of investments on reduction to necessary structure of rolling stock of passenger public transport (Kremenchuk city case study), Ðктуальні проблеми економіки. Ðауковий економічний журнал, â„– 4 (166), pp. 235-243.

      [23] Shramenko NN (2016), Methodology for evaluation of synergy effect in terminal cargo delivery system, Ðктуальні проблеми економіки. Ðауковий економічний журнал, â„– 8 (182), рр. 439–444.

      [24] Lemeshchuk PK, Zemlyachev NK & Gokhbom EN [i dr.] (1979). Paketnyye perevozki gruzov. Transport.

      [25] Gagarina LG & Koldayev VD (2009). Algoritmy i struk-tury dannykh. Finansy i statistika; INFRA-Ms

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    Trunina, I., Zahorianskyi, V., Zahorianska, O., & Moloshtan, D. (2018). Ensuring Competitiveness of Logistics Service by Selecting the Type of Storing Single-Piece Cargoes. International Journal of Engineering & Technology, 7(4.3), 537-544. https://doi.org/10.14419/ijet.v7i4.3.19953