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作品数：1223被引量：2162H指数：16
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Experimental Study on the Hydrodynamic Characteristics of a Convex-Type Floating Breakwater
《China Ocean Engineering》2025年第1期135-148,共14页LIANG Jia-ming LIU Yong LI Xue-yan 
financially supported by the National Natural Science Foundation of China(Grant No.52088102);New Cornerstone Science Foundation through the XPLORER PRIZE.
Floating breakwaters(FBs)are commonly employed for the protection of coastal installations.In this work,a convextype floating breakwater(FB)is proposed,and its hydrodynamic characteristics are studied through systemat...
关键词：experimental test convex-type floating breakwater mooring system hydrodynamic characteristic motion response mooring force 
A Time-Domain Method for Hydroelastic Analysis of A Moored Oil Storage Vessel in Wind,Irregular Waves and Currents被引量：1
《China Ocean Engineering》2024年第6期970-982,共13页FAN Tian-hui ZENG Fan-quan YAN Xin-kuan MA Yuan ZUO Wei-guang 
financially supported by the Department of Natural Resources of Guangdong Province(Grant No.[2024]31);the National Natural Science Foundation of China(Grant No.52071145);the Natural Science Foundation of Guangdong Province,China(Grant No.2022B1515020071);the Fundamental Research Funds for the Central Universities(Grant No.2023ZYGXZR029).
The hydroelastic behavior of a moored oil storage vessel subjected to arbitrary time-dependent external loads,which include wind,waves,and currents with different incident directions,is investigated with the time-doma...
关键词：oil storage vessel time-domain hydroelastic analysis modal expansion method VLFS 
Hydrodynamic Assessment of A New Nature-Based Armour Unit on Rubble Mound Breakwater for Coastal Protection
《China Ocean Engineering》2024年第3期439-452,共14页Ehsan SAFA Alireza MOJTAHEDI Abdolmajid MOHAMMADIAN Mohamad Ali Lotfollahi YAGHIN 
This research proposes a novel nature-based design of a new concrete armour unit for the cover layer of a rubblemoundbreakwater. Armour units are versatile with respect to shape, orientation, surface condition details...
关键词：rubble mound breakwater hydraulic interaction armour unit analytic hierarchy process numerical model 
Numerical Analyses of Ice Jamming in Jacket Platform Conductor Array in Bohai Sea
《China Ocean Engineering》2023年第6期885-896,共12页ZHAI Bi-yao YANG Fan PAN Jun-ning XIE Dong-mei 
jointly supported by the National Key R&D Program of China (Grant No.2021YFB2600700);the Central PublicInterest Scientific Institution Basal Research Fund of China (Grant Nos.Y221007 and Y223005)。
Serious ice accumulating,pile-up and ice jamming occur around the conductor array of offshore jacket platforms during the winter every year in Bohai Sea,which could cause grave threats to the stability of platform str...
关键词：sea ice ice jamming conductor array numerical modeling hydro-ice dynamics 
6-DOF Motion Assessment of A Hydrodynamic Numerical Simulation of A Semisubmersible Platform Using Prototype Monitoring Data被引量：1
《China Ocean Engineering》2022年第4期575-587,共13页LI Song WU Wen-hua YAO Wei-an 
financially supported by the National Natural Science Foundation of China(Grant No.U1906233);the Central Guidance on Local Science and Technology Development Fund of Shenzhen(Grant No.2021Szvup021)。
Hydrodynamic numerical simulations are used to conduct structural analyses and inform the design of engineered marine structures.In this paper,a hydrodynamic numerical model of“Nanhai Tiaozhan”(NHTZ)FPS platform was...
关键词：prototype monitoring hydrodynamic numerical simulation statistical characteristics semisubmersible platform reciprocating motions 
Hydrodynamic Response of A Fully Coupled TLP Hull-TTR System with Detailed Modeling of A Hydraulic Pneumatic Tensioner and Riser Joints
《China Ocean Engineering》2022年第3期451-463,共13页HAO Shuai YU Yang YU Jian-xing YUAN Zhi-ming XU Li-xin 
The research was financially supported by the National Natural Science Foundation of China for Youth(Grant No.51609169);Guangxi Science and Technology Major Project(Grant No.Guike AA17292007);the National Key R&D Program of China(Grant No.2018YFC0310502);National Natural Science Foundation of China(Grant No.51779173);China Scholarship Council(CSC).
Tension Leg Platform(TLP)in deepwater oil and gas field development usually consists of a hull,tendons,and top tension risers(TTRs).To maintain its top tension,each TTR is connected with a tensioner system to the hull...
关键词：top tension riser(TTR) fully coupled hull-tendon-TTR-tensioner model hydraulic pneumatic tensioner hydrodynamic response 3D potential flow theory 
Hydrodynamic Response and Power Performance of A Heave and Pitch Buoy Wave Energy Converter Under Bimodal Ochi-Hubble Wave Spectrum
《China Ocean Engineering》2022年第1期28-37,共10页HUANG Shu-ting LIU Yan-jun XUE Gang XUE Yi-fan 
financially supported by the Major Scientific and Technological Innovation Projects in Shandong Province (Grant No.2018CXGC0104);the National Key Research and Development Program of China (Grant No. 2016YFE0205700);the National Natural Science Foundation of China (Grant No. U1706230);the Qingdao Postdoctoral Applied Research Project
In coastal sea areas with the bimodal Ochi-Hubble wave spectrum, such as parts of the China Sea and Indian Ocean,wave energy is the superposition of wind wave and swell. Traditional heaving buoy wave energy converters...
关键词：wave energy power performance oscillating buoy multi degrees of freedom Ochi−Hubble spectrum 
Potential Hydrodynamic Performance Enhancement of Hydrokinetic Turbine with Hydrophobic Coatings
《China Ocean Engineering》2021年第6期924-932,共9页CHEN Long NG Kai-Wern 
financially supported by the Natural Science Foundation of Hunan Province(Grant No.2019JJ50644).
Hydrokinetic energy is a promising technology to harness predictable renewable energy from free-flowing water,tides and ocean currents.Many studies have been conducted by researchers and engineers to find out ways to ...
关键词：hydrophobic coating hydrokinetic energy marine fouling 
Study on Hydrodynamic Characteristics of Wave Turbulent Bottom Boundary Layer Using A Large-Sized Wave Flume被引量：1
《China Ocean Engineering》2021年第5期759-766,共8页ZHANG Hong-qian XIE Ming-xiao ZHANG Chi LI Shao-wu ZHANG Hua-qing SUN Yu-chen 
financially supported by the National Natural Science Foundation of China(Grant Nos.51779112 and 51779170);the Research Innovation Fund of Tianjin Research Institute for Water Transport Engineering(Grant No.TKS20200401)。
Experimental studies were conducted in a super-large wave flume,aiming at uncovering the hydrodynamic characteristics involved in the turbulent wave boundary layer of full scale environment.An explicit formula of boun...
关键词：large wave flume wave boundary layer hydrodynamic mechanism TURBULENT 
Hydrodynamic Study on Energy Capturing Performance of Horizontal Axis Blades Under Sub-Low Speed Tidal Current被引量：2
《China Ocean Engineering》2020年第3期374-386,共13页GAO Ru-jun CHEN Jun-hua ZHANG Jun-jie ZHOU Si-yu XU Hua-fei WU Jun-de QIAN Xiao-hua 
This work was financially supported by the Special Funds of the State Oceanic Administration(Grant No.NBME2011CL02);Ningbo Major Science and Technology Public Relations Project(Grant No.2015C110015);Ningbo Natural Science Foundation Project(Grant No.2014A610091).
The research on the hydrodynamics of blades is mainly focused on sea areas with high-speed current.However,the average velocity in most territorial waters of China is smaller than 1 m/s,and the lift type of airfoil bl...
关键词：sub-low speed horizontal axis thin-walled blade hydrodynamic model energy capture performance 
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