Intelligent barge selection method for multi-maritime work module shipment

Abstract

The invention discloses an intelligent barge selection method for multi-maritime work module shipment, and aims to improve the selection efficiency of barges for multi-module transportation and reduce the transportation cost. The method comprises the following steps that: a to-be-loaded maritime work module database is established; according to the total weight of the to-be-loaded maritime work module, barges stored in a barge database are subjected to primary screening through a load capacity screening method, and all the screened barges meeting the load capacity requirement generate a primary screening barge database; according to the total deck area occupied by the to-be-loaded maritime work module, all the barges subjected to load capacity screening in the primary screening barge database are screened again through a deck area screening method, and all the barges meeting the deck area requirement are generated into a re-screening barge database; and the transportation cost of all barges subjected to deck area screening in the re-screening barge database is calculated, and the barge with the optimal cost is selected as a transportation barge. According to the method, the barge selection efficiency is improved, and the transportation cost optimization is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of marine transportation, and more specifically relates to an intelligent selection method for barges loaded with multiple marine engineering modules. Background technique [0002] The transportation of offshore modules is involved in the construction of large offshore structures such as fixed offshore platforms, floating offshore platforms, and offshore wind turbines. In these projects, the shipping cost is an important factor affecting the project cost. A barge with a small load capacity has lower rent, less fuel consumption, and a small number of offshore modules that can be loaded on the barge; a barge with a larger load capacity has higher rent, higher fuel consumption, and the number of offshore modules that can be loaded on the barge many. [0003] When the number of offshore modules required to be loaded on the barge has been determined, the chief engineer selects a barge to load all the offshore m...

AI Technical Summary

Problems solved by technology

The traditional barge selection method mainly relies on the experience of engineers to determine, which consumes a lot of time and energy. At the same time, the cost of selecting barges is often not the global optimum, which affects the economic benefits of transportation.

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