首页> 美国政府科技报告 >Theoretical and Experimental Prediction of the Response of a Marine Riser Model Subjected to Sinusoid Excitation of Its Top End with Amplitude of Two Diameters Parallel to a Uniform Stream of Speed Equal to 240 mm/s
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Theoretical and Experimental Prediction of the Response of a Marine Riser Model Subjected to Sinusoid Excitation of Its Top End with Amplitude of Two Diameters Parallel to a Uniform Stream of Speed Equal to 240 mm/s

机译:理想和实验预测海洋立管模型的顶端正弦激励响应的理论和实验预测两个平行的幅度平行的速度等于240毫米/秒

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摘要

The objective of this report is to provide an analysis of the experimental results obtained from a 3 m flexible riser model with its top end oscillated harmonically with an amplitude of two diameters parallel to a uniform stream which is constant with depth and of speed equal to 240 mm/s, and a comparison of the experimental results from the flexible model with theoretical predictions of the response based on rigid cylinder experimental results.

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