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Adaptation of Numerical Wave Tank for offshore floater

机译:数值波箱对海上浮子的适应

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The EOM has also been used successfully in performance evaluation and optimization of various offshore platforms including Spar, GBS, TLP and semi-submersible at Technip. The above examples show the value of simulation as an effective replacement for model tests early in the design phase to identify the more optimal offshore platform designs before moving to model tests, thereby reducing time and cost of model tests and shortening the design time. CFD can be used after model testing to extend the design into variations that shorten the overall optimization process. In addition, simulation provides more information on the physics involved rncompared to model tests. The return on investment for simulation is extremely high for design of offshore platforms. With improved wave models and mooring/riser modeling, Technip intends to reap greater benefits from using numerical simulation in the design cycle.
机译:EOM还已成功用于Technip的各种海上平台(包括Spar,GBS,TLP和半潜式平台)的性能评估和优化。上面的示例显示了仿真的价值,可以有效地替代设计阶段初期的模型测试,从而在进行模型测试之前识别出更理想的海上平台设计,从而减少了模型测试的时间和成本,并缩短了设计时间。在模型测试之后,可以使用CFD将设计扩展到可以缩短整体优化过程的变化中。此外,仿真提供了与模型测试相比所涉及的物理方面的更多信息。对于海上平台的设计,仿真的投资回报非常高。通过改进的波浪模型和系泊/立管模型,Technip打算在设计周期中使用数值模拟来获得更大的收益。

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