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Research on Method of Evaluating Anti-wave Ability of Deepwater Long-line Rope Aquaculture Facility

机译:深水长线绳养殖设施抗波能力评价方法研究

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Based on statics assumption and simplifications, the force and failure mode of deepwater long-line rope aquaculture facility system were analyzed, and maximum tensions of the mooring rope in the system in different sea wave heights (1~7m) were calculated to compared to its break strength and mooring force of anchoring pile for evaluating anti-wave ability of the aquaculture facility. Through this method, the model of evaluating anti-wave ability of deepwater long-line rope aquaculture facility was established. As an instance, the anti-wave abilities of two scales of deepwater long-line rope aquaculture facilities erected in 30 meters deep sea waters of Zhangzidao culture sea area were analyzed by using the evaluation method and model. The results of the theory analysis show that the anti-wave abilities of the two scales (300m and 200m main rope length) of aquaculture facilities system were respectively 5~6 level of sea wave (7~8 Beaufort wind grade) and 6~7 level of sea wave (8~9 Beaufort wind grade) in 1.5m/s sea current. By comparison, the value of calculation is good to worth with actual measurement. Thus the method and model of evaluating anti-wave ability of deepwater long-line rope aquaculture facility could be referenced for designing the scales of deepwater long-line rope aquaculture facility in the preliminary design stage.
机译:基于静态假设和简化,分析了深水长线绳养殖设施系统的力和故障模式,并计算了不同海浪高度(1〜7M)中的系泊绳的最大紧张局势与其相比用于评估水产养殖设施的抗波能力的锚固桩的断裂强度与系泊力。通过这种方法,建立了深水长线绳养殖设施评价抗波能力的模型。作为一个实例,通过使用评价方法和模型,分析了在30米深海水域竖立的深水长线绳养殖设施的防波能力。理论分析的结果表明,水产养殖设施系统的两尺度(300米和200米主绳索长度)的抗波能力分别为5〜6级海浪(7〜8个Beaufort风级)和6〜7海浪水平(8〜9 Beaufort风级)在1.5米/米/升的海流下。相比之下,使用实际测量计算的价值是值得的。因此,可以参考深水长线绳养殖设施抗波能力的方法和模型来设计初步设计阶段深水长线绳养殖设施的尺度。

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