云南高校图书馆联盟文献共享服务平台- HYDRAULIC

HYDRAULIC: 作品数：589被引量：1300H指数：14; 导出分析报告; 相关领域：机械工程更多>>; 相关作者：郭勇胡国良谭宗柒杨华勇杨存智更多>>; 相关机构：中南大学北京航空航天大学浙江大学煤炭科学研究总院更多>>; 相关期刊：更多>>; 相关基金：国家自然科学基金国家重点基础研究发展计划国家高技术研究发展计划中国博士后科学基金更多>>

Research on the Performance Optimization of a Hydraulic PTO System for a“Dolphin 1”Oscillating-Body Wave Energy Converter: 《China Ocean Engineering》2025年第1期166-178,共13页LAI Wen-bin LI Jia-long RONG Si-zhang YANG Hong-kun ZHENG Xiong-bo; financially supported by the National Natural Science Foundation of China(Grant Nos.52071094 and 51979065).; In this work,an oscillating-body wave energy converter(OBWEC)with a hydraulic power take-off(PTO)system named“Dolphin 1”is designed,in which the hydraulic PTO system is equivalent to a transfer station and plays a c...; 关键词：hydraulic PTO system performance optimization wave energy converter optimal working pressure PID control

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

Experimental Investigation on Vertical Hydraulic Transport of Ores in Deepsea Mining: 《China Ocean Engineering》2024年第1期42-53,共12页LIU Lei LIU Jian-cheng LI Xin XU Li-xin ZHANG Xiu-zhan; financially supported by the Hainan Provincial Joint Project of Sanya Yazhou Bay Science and Technology City(Grant No.520LH052);the National Natural Science Foundation of China(Grant No.51909164).; Deepsea mining has been proposed since the 1960s to alleviate the lack of resources on land.Vertical hydraulic transport of collected ores from the seabed to the sea surface is considered the most promising method for...; 关键词：deepsea mining vertical hydraulic transport experiment flow characteristics

Numerical Investigation on Inclined Hydraulic Transport of Large Particles for Deepsea Mining: 《China Ocean Engineering》2023年第3期420-432,共13页LIU Lei LI Xin TIAN Xin-liang ZHANG Xian-tao XU Li-xin ZHANG Xiu-zhan; financially supported by the National Natural Science Foundation of China (Grant No.51909164);the Hainan Provincial Joint Project of Sanya Yazhou Bay Science and Technology City (Grant No.520LH052)。; Hydraulic transport in pipelines is the most promising conveying method for large ore particles in deepsea mining.The dynamic performances of particles during transportation in vertical,inclined and horizontal pipelin...; 关键词：deepsea mining hydraulic transport inclined pipe numerical simulation

Research of Power Take-off System for “Sharp Eagle Ⅱ” Wave Energy Converter被引量：1: 《China Ocean Engineering》2019年第5期618-627,共10页YE Yin WANG Kun-lin YOU Ya-ge SHENG Song-wei; financially supported by the Strategic Priority Research Program of the Chinese Academy of Sciences(Grant No.XDA13040202);the Special Funding Program for Marine Renewable Energy of the State Oceanic Administration(Grant No.GHME2017SF01); The " Sharp Eagle” device is a wave energy converter of a hinged double floating body. The wave-absorbing floating body hinges on the semi-submerged floating body structure. Under the action of wave, the wave-absorbi...; 关键词：SHARP EAGLE Wave Energy Converter POWER TAKE-OFF POWER generation mode HYDRAULIC SYSTEM

Connection Technology of HPTO Type WECs and DC Nano Grid in Island被引量：3: 《China Ocean Engineering》2016年第4期581-590,共10页王坤林田联房游亚戈王孝洪盛松伟张亚群叶寅; financially supported by the Natural Science Foundation of Guangdong Province(Grant No.2015A030313717);the Chinese Ocean Renewable Energy Special Fund(Grant Nos.GHME2013ZB01,GHME2013GC01,and GHME2010GC01);Renewable Energy Key Laboratory 2013 Annual Fund of the Academy of Sciences of China(Grant No.y407j71001); Wave energy fluctuating a great deal endangers the security of power grid especially micro grid in island. A DC nano grid supported by batteries is proposed to smooth the output power of wave energy converters（WECs）...; 关键词：wave energy converter hydraulic power take-off hydraulic power generation system interleaved boostconverter nano grid

Design of A Hydraulic Power Take-off System for the Wave Energy Device with An Inverse Pendulum被引量：13: 《China Ocean Engineering》2014年第2期283-292,共10页张大海李伟赵海涛鲍经纬林勇刚; financially supported by the National Natural Science Foundation of China(Grant Nos.51205346 and 41206074);the National High Technology Research and Development Program of China(863 Program;Grant No.2011AA050201);Science Fund for Creative Research Groups of National Natural Science Foundation of China(Grant No.51221004);Zhejiang Provincial Natural Science Foundation of China(Grant No.LY12E05017);Open Foundation of the State Key Laboratory of Fluid Power Transmission and Control(Grant No.GZKF-201311); This paper describes a dual-stroke acting hydraulic power take-off （PTO） system employed in the wave energy converter （WEC） with an inverse pendulum. The hydraulic PTO converts slow irregular reciprocating wave mo...; 关键词：SIMULATION dual-stoke acting power take-off （PTO） laboratory experiment inverse pendulum wave energy converter

Research on Energy Conversion System of Floating Wave Energy Converter被引量：6: 《China Ocean Engineering》2014年第1期105-113,共9页张亚群盛松伟游亚戈吴必军刘洋; supported by Marine Renewable Energy Funds Projects(Grant Nos.GHME2010GC01 and GHME2011BL06); A wave power device includes an energy harvesting system and a power take-off system. The power take-off system of a floating wave energy device is the key that converts wave energy into other forms. A set of hydrauli...; 关键词：hydraulic power take-off system （PTO） second transfers conversion efficiency hydraulic control

LVP Modeling and Dynamic Characteristics Prediction of A Hydraulic Power Unit in Deep-Sea被引量：1: 《China Ocean Engineering》2013年第1期17-32,共16页曹学鹏叶敏邓斌张翠红俞祖英; supported by the National High Technology Research and Development Program of China (863 Program,Grant Nos. 2006AA09Z226 and 2012AA091104);the Special Fund for Basic Scientific Research of Central Colleges,Chang’an University (Grant No. CHD2011JC151); A hydraulic power unit （HPU） is the driving ＂heart＂ of deep-sea working equipment. It is critical to predict its dynamic performances in deep-water before being immerged in the seawater, while the experimental tes...; 关键词：hydraulic power unit （HPLO linear varying parameters （L VP） modeling dynamic viscosity characteristics prediction

Hydraulic Modeling of A Curtain-Walled Dissipater by the Coupling of RANS and Boussinesq Equations被引量：5: 《China Ocean Engineering》2002年第2期201-210,共10页QI Peng(齐鹏) WANG Yongxue(王永学); This work was financially supported by the Trans-Century Training Program Fund for the Talent,Ministry of Education of China.; A hybrid numerical method for the hydraulic modeling of a curtain-walled dissipater of reflected waves from breakwaters is presented. In this method, a zonal approach that combines a nonlinear weakly dispersive wave (...; 关键词：numerical simulation hybrid numerical method viscous flow curtain-walled dissipater

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