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NUMERICAL AND EXPERIMENTAL STUDY OF SPM FISH CAGE: COMPARISON AND VALIDATION

机译:SPM鱼笼的数值和实验研究:比较与验证

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摘要

Deformations and drag forces of fish cages are two main problems in engineering design and optimization. To precisely predict these parameters, a combined numerical method, which combined the beam and truss elements, was used to study the deformation and drag forces of SPM (the single point mooring) fish cage in this paper. Flume model experiments were carried out to validate the accuracy of the numerical model. It is found that the numerical results agreed well with the experimental data, with the maximum and averaged errors of 13% and 5.9%, respectively. It can be conducted that this combined numerical model was useful in the designing and development of fish cages.
机译:鱼笼的变形和阻力是工程设计和优化中的两个主要问题。为了精确地预测这些参数,本文采用一种结合梁和桁架单元的组合数值方法来研究SPM(单点系泊)鱼笼的变形和拖曳力。进行了水槽模型实验以验证数值模型的准确性。结果表明,数值结果与实验数据吻合良好,最大误差和平均误差分别为13%和5.9%。可以证明,该组合数值模型在鱼笼的设计和开发中很有用。

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