Impact Study of Shipyard Limitations to Designed Floating Dock Construction

ABSTRACT: The development of modern marine technology requires flexibility in design and high-quality craftsmanship. To some extent, this necessitates considering the various limitations imposed by shipbuilding enterprises. These limitations influence ships' and marine equipment's construction, characteristics, and operational behavior. The article analyzes the impact of production constraints on a steel floating dock's design and strength characteristics. The strength properties of the facility, determining its suitability for use, have been analyzed using the MARS 2000 software. Two structural models of a floating dock have been developed—one with imposed width constraints and the other without constraints, with the same lifting capacity. It turns out that in the structure with constraints, the strength characteristics are close to those determined by the regulations. This provides grounds to claim that the geometric constraints of small and medium sized enterprises(SME)s do not always negatively impact the structural qualities of floating objects.

KEYWORDS: Maritime Transport, Ship Design, Shipbuilding Industry, Maintenance of Marine Structures, Specialized Vessels, European Shipyards, Maritime Engineering, Structural Design

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Citation note:

Denev Y.: Impact Study of Shipyard Limitations to Designed Floating Dock Construction. TransNav, the International Journal on Marine Navigation and Safety of Sea Transportation, Vol. 19, No. 2, doi:10.12716/1001.19.02.23, pp. 531-536, 2025

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