对于基线平整、不含突出附体的船舶，采用纵向进出坞，是一种传统、安全且便捷的进出坞工艺。有附体的船舶采用常规纵向进出坞会导致进出坞水深要求的增加。本文结合实例，对带有附体的船舶进出坞工艺进行分析，研究不同进出坞工艺下的水深要求，优化进出坞工艺，提高船坞的适应性，以获得较好的工程经济性。
Regarding vessels without underwater appendage, longitudinal docking process appears to be reliable and convenient but leading to a larger docking water depth requirement. The essay analyzes the docking process of vessels with underwater appendage by combining real project. In order to minimize the consuming, and optimize the process, the specific dock process is demonstrated and analyzed by considering docking water level requirements, docking arrangement constraints.
2017,39(3): 97-100 收稿日期：2016-06-28
DOI：10.3404/j.issn.1672-7619.2017.03.020
分类号：U672
作者简介：陈钢(1974-),男,双学士,高级工程师,研究方向为船厂水工
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