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BREAKWATERS: 作品数：54被引量：124H指数：7; 导出分析报告; 相关领域：天文地球更多>>; 相关期刊：《Journal of Shipping and Ocean Engineering》《Fluid Dynamics & Materials Processing》《Journal of Ocean University of China》《International Journal of Sediment Research》更多>>; 相关基金：国家自然科学基金中国博士后科学基金天津市自然科学基金更多>>

Analytical Method for the Wave Diffraction of Asymmetrically Arranged Breakwaters: 《China Ocean Engineering》2024年第5期797-808,共12页ZHOU Pei-xin ZHANG Hong-sheng; supported by the National Natural Science Foundation of China(Grant No.51679132);the Science and Technology Commission of Shanghai Municipality(Grant No.21ZR1427000);Shanghai Frontiers Science Center of“Full Penetration”Far-Reaching Offshore Ocean Energy and Power.; The layout forms of several breakwater structures can be generalized as asymmetrical arrangements in actual engineering.However,the problem of wave diffraction around asymmetrically arranged breakwaters has not been a...; 关键词：regular waves BREAKWATERS analytical method wave diffraction

Wave Reflection by Rectangular Breakwaters for Coastal Protection: 《Fluid Dynamics & Materials Processing》2024年第3期579-593,共15页Hasna Akarni Hamza Mabchour Laila El Aarabi Soumia Mordane; In this study,we focus on the numerical modelling of the interaction between waves and submerged structures in the presence of a uniform flow current.Both the same and opposite senses of wave propagation are considere...; 关键词：WAVE CURRENT BREAKWATERS Boundary Element Method(BEM) reflection coefficient

Simulation of the Impact of Breakwaters on Hydrodynamic Environment in Laizhou Bay, China: 《Journal of Ocean University of China》2022年第6期1557-1564,共8页HU Kaiyu ZHANG Wei WANG Xiuhai; supported by the Doctoral Research Funds of Ocean University of China(No.202161038).; The construction of two sand breakwaters in Guangli Port might cause changes to the marine environment of Laizhou Bay.Tidal flow field and conservative substance transport are simulated by a two-dimensional hydrodynam...; 关键词：hydrodynamic environment tidal flow conservative substance transport MIKE21

Sediment transport simulation and design optimization of a novel marsh shoreline protection technology using computational fluid dynamics (CFD) modeling: 《International Journal of Sediment Research》2022年第1期14-25,共12页Salman Sakib Grant Besse Peng Yin Daniel Gang Donald Hayes; supported by the University of Louisiana,Pierce Industries,and Louisiana Board of Regents under LEQSF(2011e14)-RD-B-07,LEQSF(2013e2017)-RD-B-04.; Coastal Louisiana has the nation's most fragile and valuable wetlands,whose loss represents 80%of the total losses in the United States.The severely restricted mobility of conventional shoreline protection structures ...; 关键词：BREAKWATERS Computational fluid dynamics Sediment transport Shoreline protection Coastal engineering ANSYS FLUENT

Meshless Method with Domain Decomposition for Submerged Porous Breakwaters in Waves: 《Journal of Ocean University of China》2021年第6期1325-1340,共16页CHIOUKH Nadji YÜKSEL Yalçın; the Ministry of Higher Edu-cation and Scientific Research of Algeria(grant PRFU number A01L06UN310220200002).; Based on the improved version of the meshless singular boundary method(ISBM)in multi domain(MD),a numerical method is proposed in this paper to study the interaction of submerged permeable breakwaters and regular wave...; 关键词：meshless method domain decomposition regular waves BREAKWATERS POROSITY reflection transmission DISSIPATION coastal environment

Design and Experimental Study of A Pile-Based Breakwater Integrated with OWC Chamber被引量：1: 《China Ocean Engineering》2021年第3期443-453,共11页QU Ming YU Ding-yong DOU Zhi-hao WANG Shi-lin; financially supported by the National Natural Science Foundation of China(Grant No.51739010)。; A structure scheme of a pile-based breakwater with integrated oscillating water column(OWC)energy conversion chamber was proposed,and four structure forms had been designed.Based on the physical test,the variations of...; 关键词：wave energy conversion BREAKWATERS energy efficiency power transmission pile-based breakwaters oscillating water column

Numerical Simulation of Spatial Distribution of Wave Overtopping on Non-reshaping Berm Breakwaters: 《Journal of Marine Science and Application》2020年第2期301-316,共16页Mahmood Nematollahi Mohammad Navid Moghim; The authors would like to thank IUT(Isfahan University of Technology)for technical support.; This study presents the results of a 2D numerical modeling investigation on the performance of non-reshaping berm breakwaters with a special look at the spatial distribution of irregular wave overtopping using FLOW-3D...; 关键词：Wave overtopping Spatial distribution Berm breakwater Numerical simulation Non-reshaping

Performance Evaluation of Bottom-Standing Submerged Breakwaters in Regular Waves Using the Meshless Singular Boundary Method被引量：1: 《Journal of Ocean University of China》2019年第4期823-833,共11页SENOUCI Fawzi CHIOUKH Nadji DRIS Mohammed El-Amine; supported by the Direction Général des Enseignements et de la Formation Supérieure of Algeria under Grant CNEPRU number G0301920140029; In this paper, the improved version of the meshless singular boundary method (ISBM) is developed for analyzing the hydrodynamic performance of bottom-standing submerged breakwaters in regular normally incident waves. ...; 关键词：meshless improved singular boundary method regular normal waves rectangular and trapezoidal breakwaters reflection transmission

Meshless Method for Analysis of Permeable Breakwaters in the Proximity of A Vertical Wall被引量：7: 《China Ocean Engineering》2019年第2期148-159,共12页Nadji CHIOUKH Karim OUAZZANE Yal??n YüKSEL Benameur HAMOUDI Esin ?EVIK; financially supported by the Direction Général des Enseignements et de la Formation Supérieure of Algeria(Grant CNEPRU No.G0301920140029); In the present work, the improved version of the meshless singular boundary method(ISBM) is developed for analyzing the performance of bottom standing submerged permeable breakwaters in regular normally incident waves...; 关键词：MESHLESS improved SINGULAR boundary method REGULAR normal waves rectangular and trapezoidal BREAKWATERS permeability vertical wall reflection

Influence of Headland Breakwaters on Morphological Processes at Longfengtou Beach in Haitan Bay,Facing the Taiwan Strait: 《Journal of Ocean University of China》2018年第6期1290-1300,共11页KUANG Cuiping MA Yue WANG Binyu SUI Jueyi GU Jie LIU Jianhui LEI Gang; project supported by the Third Institute of Oceanography,State Oceanic Administration;partly supported by the National Natural Science Foundation of China(No.41776098); Breakwaters can be used as artificial headlands in beach nourishment to mitigate coastal erosion. Longfengtou Beach, located on the southwest coast of Haitan Bay facing the Taiwan Strait on the northeast, suffers seve...; 关键词：HEADLAND BREAKWATER Haitan BAY sediment transport morphological evolution

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