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In this study, physical model tests are used to investigate the effects of a varying number of wave and current parameters, the gap ratios between the pipeline and seabed, the spacing ratios between the two pipelines and the diameter ratios on the hydrodynamic coefficients of the large, small pipeline and pipeline system (bundle) in a piggyback configuration under the combined action of waves and current. The results show that, compared with the pure wave field, the existence of the steady current will lead to a decrease in hydrodynamic coefficients. In addition, the results indicate clear differences between the hydrodynamic coefficients of the large pipeline, small pipeline and piggyback pipeline system. The experimental results on hydrodynamic coefficients can be used as an important basis for the safety design of a submarine piggyback pipeline.

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A supplier evaluation model based on customer demand in blockchain tracing anti-counterfeiting platform project management - ScienceDirect

Polar Plot in Grasshopper - Grasshopper - McNeel Forum

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A Cleaner Process for Selective Recovery of Valuable Metals from Electronic Waste of Complex Mixtures of End-of-Life Electronic Products

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A supplier evaluation model based on customer demand in blockchain tracing anti-counterfeiting platform project management - ScienceDirect

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Journal of Zhejiang University (Medical Sciences)

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JMSE, Free Full-Text