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首页> 外文期刊>American Journal of Software Engineering and Applications >Fishing Boat Design Based Local Wisdom in Southeast Sulawesi Fishermen
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Fishing Boat Design Based Local Wisdom in Southeast Sulawesi Fishermen

机译:渔船基于东南苏拉威西渔民的地方智慧

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Kendari is one of the cities in Southeast Sulawesi that has a potential for abundance of fish resources. That's why there are so many fisheries ships that will be allocated to the area. But the large number of refusal of the aid vessel needs to be carried out studies related to the design of aid ships that are in accordance with local wisdom so that the intended aid vessels can be accepted by fishermen. The objectives of this study are (1) To describe the existing conditions of the light fishing vessel fleet in Southeast Sulawesi (2) Estimate the level of stability of light fishing vessels in Southeast Sulawesi. The data was collected using a survey method by collecting observational and measurement data on the fishing vessel, the shape and main dimensions of the ship. The data processing used is numerical equations, then the data analysis was done using a numerical and descriptive comparison method. Maxsurf licensed software was used in this method. The feasibility of a ship's sea is reviewed by looking at its stability capability, motion resistance and rolling period. In the ship design group in Southeast Sulawesi, namely handline ships with light fishing, there are 3 parts, namely vessels with large, medium and small groups. Of the three groups, all bow-shaped high designs are raked bow landai which indicates that the shape of the ship there is uniform in terms of the height of the ship's bow. The design also has a different longitudinal cross section, namely double pointed for groups of vessels with small and transom for large and medium size. Based on the simulation results, the ship with a medium has the best stability value between the two types of large and small groups. Based on the ability of motion detainees, ships with a medium group size have the greatest value of resistance because for boats with handline fishing equipment do not require speed because of the type of passive fishing gear. Based on the rolling period value of ships with medium, large and small group having values according to requirements according to FAO, 1996, namely TR=4.5-7.0 seconds. The longitudinal strength in superior fishing boat design research can be convincing to recipient fishermen that fiberglass material already in accordance with the rules. The results of the study show that the Hand Line 5 GT ships were chosen by fishermen to be selected as aid vessels.
机译:KENDARI是Sultaw Sulawesi的城市之一,具有丰富的鱼类资源。这就是为什么有这么多的渔业船只将被分配给该地区。但是,援助船只的大量拒绝需要进行与根据当地智慧的援助船舶设计有关的研究,以便渔民可以接受预期的助剂船只。本研究的目标是(1)描述Sultawesi(2)中苏拉屈(2)的轻型渔船舰队的现有条件估计了苏拉韦西稳定的轻型渔船的稳定性。通过在渔船上收集观察和测量数据,船舶的形状和主要尺寸来使用调查方法收集数据。使用的数据处理是数值方程,然后使用数值和描述性比较方法进行数据分析。在此方法中使用MaxSurf许可软件。通过查看其稳定性能力,运动阻力和滚动时段,审查船舶海洋的可行性。在Sultawesi的船舶设计集团中,即用钓鱼的手提船,有3个零件,包括大,中小组的船只。在三组中,所有弓形高设计都是Raked Boon Landai,表明船舶的船舶的高度具有均匀的船舶的形状。该设计还具有不同的纵向横截面,即用于大型和中等尺寸的小和横梁的血管组双指向。基于仿真结果,具有介质的船舶在两种类型的大小群之间具有最佳稳定性值。基于运动被拘留者的能力,带有中组尺寸的船舶具有最大的抵抗价值,因为对于带有手镯捕鱼设备的船只,由于被动渔具的类型,不需要速度。根据粮农组织,1996年粮农组织,1996年的要求,基于船舶的船舶船舶的船舶值,即根据要求,即TR = 4.5-7.0秒。卓越的渔船设计研究中的纵向强度可以令人信服地令人信服玻璃纤维材料已经符合规则。研究结果表明,通过渔民选择手线5 GT船作为辅助血管选择。

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