典型文献
Experimental Study on Wave Attenuation Performance of A New Type of Floating Breakwater with Twin Pontoons and Multi Porous Vertical Plates
文献摘要：
A floating breakwater(FB)has extensive potential applications in the fields of coastal,offshore,and ocean engineering owing to its advantages such as eco-friendliness,low cost,easy and rapid construction,and quick dismantling and reinstallation.An FB composed of twin pontoons and multi-porous vertical plates is proposed to improve the wave attenuation performance.The wave attenuation performance is investigated for different FB structures and vertical plate types under different incident wave heights and periods using 2D wave physical model tests in a wave flume.The results demonstrate that the proposed FB has a better performance than that of the conventional single pontoon-type FB.It reduces the wave transmission due to its enhanced wave reflection and energy loss.The wave transmission coefficient of the proposed FB decreases with an increase in the number of layers and relative draft depth of the vertical plates.However,a further decrease in the wave transmission coefficient is not observed when the number of porous vertical plates is increased from 4 to 5 layers.An equation has been derived to predict the wave transmission of the proposed FB based on the experimental results.
文献关键词：
中图分类号：
作者姓名：
SHEN Yu-sheng;PAN Jun-ning;ZHOU Yi-ren;WANG Xing-gang
作者机构：
River and Harbour Engineering Department,Nanjing Hydraulic Research Institute,Nanjing 210029,China;State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering,Nanjing 210024,China
文献出处：
引用格式：
[1]SHEN Yu-sheng;PAN Jun-ning;ZHOU Yi-ren;WANG Xing-gang-.Experimental Study on Wave Attenuation Performance of A New Type of Floating Breakwater with Twin Pontoons and Multi Porous Vertical Plates)[J].中国海洋工程（英文版）,2022(03):384-394
A类：
Pontoons,dismantling,reinstallation,pontoons,pontoon
B类：
Experimental,Study,Wave,Attenuation,Performance,New,Type,Floating,Breakwater,Twin,Multi,Porous,Vertical,Plates,floating,breakwater,FB,has,extensive,potential,applications,fields,coastal,offshore,ocean,engineering,owing,its,advantages,such,eco,friendliness,low,cost,easy,rapid,construction,quick,An,composed,twin,multi,porous,vertical,plates,proposed,improve,wave,attenuation,performance,investigated,different,structures,types,under,incident,heights,periods,using,2D,physical,model,tests,flume,results,demonstrate,that,better,than,conventional,single,It,reduces,transmission,due,enhanced,reflection,energy,loss,coefficient,decreases,number,layers,relative,draft,depth,However,further,not,observed,when,increased,from,equation,been,derived,predict,experimental
AB值：
0.554703
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