Authors: L.V. Kremleva, A.E. Kiseleva
Abstract
The performance of transport and installation operations when loading equipment into the spaces of ships under construction must ensure minimum duration of production cycles and routes of movement of the equipment elements under the adopted constraints. The article describes a method for simulating the processes of loading and unloading large-sized equipment into the spaces of a ship based on the principle of "reverse assembly" using the software. The method allows, at the stage of technological preparation of the production process, to simulate a virtual layout of premises, the movement trajectory for the components of large-sized equipment during loading, the sequence of operations, while providing a predictive estimate of the overall process labor intensity. The paper notes the shortcomings of the methodology, despite which it can become a methodological basis for the implementation of the simulation model of technological processes for loading large-sized equipment to optimize the resource support of operations and reduce the overall production complexity.
Keywords: modeling, large-sized equipment, technological process, technological operation, virtual layout, ЕВОМ, MBOM.
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About authors:
L.V. Kremleva - DSc, professor, Northern (Arctic) Federal University named after M.V. Lomonosov, 17, Severnaya Dvina Emb., 163002, Arkhangelsk, Russia, e-mail: kremleva67@mail.ru
Kiseleva Anna - JSC "PO "Sevmash", 58, Arkhangelskoye shosse, 164500, Severodvinsk, Arkhangelskaya oblast, Russia, e-mail: aekiseleva@bk.ru
Issue: 50/51 (2018)
For citation: L.V. Kremleva, A.E. Kiseleva. Loading process modeling for large-scale equipment of ships under construction. Research Bulletin by Russian Maritime Register of Shipping. 2018, No. 50/51, pp. 97-102.
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