南苏拉威西骨湾围网渔船作业的可行性分析

Andi Imran Anshari
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摘要

本研究旨在分析在骨湾营运围网渔船的可行性。抽样方法采用目的性抽样。有4艘船的样本,为了方便使用对接的船进行测量。分析的数据包括船舶主尺寸比、稳定性、适航标准和船舶操作标准。结果表明,围网渔船在骨湾作业是可行的,各参数分析结果表明围网渔船在骨湾作业是可行的。围网渔船的L/B值为3.73 ~ 4.59;L/D范围为10.72 - 12.58;B/D值为2.34 - 3.16。样本船的稳定性曲线1显示了一个马克斯广州163.27厘米的价值以较慢的角度为73.6度,样本船2显示了马克斯广州价值159.75厘米的低角度58.2度,样本船3显示了一个马克斯广州价值154.75厘米的低角度60.9度和样本船4数据显示一个马克斯广州价值139.59厘米的低角度60.9度。样品的价值标准船遭到了国际海事组织设定的最小值标准(国际海事组织)。
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FEASIBILITY ANALYSIS OF OPERATION OF PURSE SEINE AS A FISHING VESSEL IN BONE BAY, SOUTH SULAWESI
This study aims to analyze the feasibility of operating purse seine vessels operated in Bone Bay. The sampling method uses purposive sampling. There are 4 ship samples and to facilitate measurement using ships that are docking. The data analyzed are the ratio of the main size of the ship, stability, seaworthiness criteria, and ship operation criteria. The results showed that the feasibility of operating purse seine vessels operating in Bone Bay, feasible to operate based on the results of the analysis of each parameter. The L/B ratio value of the purse seine vessels studied ranged from 3.73 – 4.59; L/D ranges from 10.72 – 12.58; and B/D ranges from 2.34 – 3.16. The stability curve of sample ship 1 shows a Max GZ value of 163.27 cm at a slower angle of 73.6 deg, sample ship 2 shows a Max GZ value of 159.75 cm at a low angle of 58.2 deg, sample ship 3 shows a Max GZ value of 154.75 cm at a low angle of 60.9 deg and sample ship 4 Data shows a Max GZ value of 139.59 cm at a low angle of 60.9 deg. The criteria value of the sample ship has met the minimum value standards set by the IMO (International Maritime Organization).
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