(1) 韩家桢.Fluid-solid-thermal coupling analysis of an underwater valve.2021
(2) 纪合溪.Numerical Study on the Internal Flow Field Characteristics of a Novel High-Speed Switching Control Valve.ACTUATORS.2024 (6)
(3) 韩家桢.Structure optimization of a piezomagnetic resistance sensor based on orthogonal experiment.2020
(4) 韩家桢.Structural and modal analysis of cross core piezomagnetic resistance sensor.2020
(5) 韩家桢.深海带电插拔连接器力学特性分析.山东大学学报（工学版.2020 (6)
(6) 韩家桢.Dynamic Simulation of a Warship Control Valve Based on a Mechanical-Electric-Fluid Cosimulation Model.SCIENCE AND TECHNOLOGY OF NUCLEAR INSTALLATIONS.2021 (2021)
(7) 韩家桢.Investigation on Unstable Fluid Load Compensation of a Diverged Flow Poppet Valve.Energy Reports.2022 (2024)
(8) 韩家桢.Research on dynamicflow rate self-sensing in control valves.Progress in Nuclear Energy.2024 (2024)
(9) 鞠金勇.Performance improvement of the self-power control valve based on digital twin technology.Energy.2024,300
(10) 包木鹏.Research on hydrodynamic characteristics and performance improvement of ball valve integrating fluid regulation and energy harvesting.Renewable Energy.2023 (218)
(11) 张光超.Performance study of a control valve with energy harvesting based on a modified passive model.Energy.2023,285
(12) 张玉兵.Effects of unsteady stream on hydrodynamic behavior of flexible hydrofoil in semi-passive mode.Renewable Energy.2023,206 :451
(13) 包木鹏.Performance improvement of a control valve with energy harvesting.Energy .2023,263
(14) 包木鹏.Performance improvement of a control valve with energy harvesting.Energy .2023,263 (263)
(15) 张玉兵.Effects of unsteady stream on hydrodynamic behavior of flexible hydrofoil in semi-passive mode.renewable energy.2023,206 (206)
(16) 韩家桢.Investigation on unstable fluid load compensation of a diverged flow poppet valve.Energy Reports.2022,8 (8):12237
(17) 张新标.Design of control valve with low energy consumption based on Isight platform.energy.2022,239
(18) 张玉兵.Effects of flexibility on energy extraction performance of an oscillating hydrofoil under a semi-activated mode.energy.2022,242
(19) 张玉兵.EFFECTS OF TWO TYPES OF CONTROLLABLE DEFORMATION ON ENERGY EXTRACTION OF A FLEXIBLE HYDROFOIL.Brodogradnja.2022,73 (1):109
(20) 张玉兵.Effects of hydrofoil motion parameters and swing arm parameters on power extraction of a flexible hydrofoil in swing arm mode.Ocean Engineering.2022,245
(21) 孙光.Research on the effect of a movable gurney flap on energy extraction of oscillating hydrofoil.Energy .2021,2021 (225)
(22) 孙光.Hydrodynamic and energy extraction properties of oscillating hydrofoils with a trailing edge flap.APPLIED OCEAN RESEARCH.2021 (110)
(23) 韩家桢.Dynamic Simulation of a Warship Control Valve Based on a Mechanical-Electric-Fluid Cosimulation Model.SCIENCE AND TECHNOLOGY OF NUCLEAR INSTALLATIONS.2021,2021
(24) 马鹏磊.Behaviors of two semi-passive oscillating hydrofoils with a tandem configuration.energy.2021,214
(25) 谢玉东.A New Method for Ship Control Valve Overload Protection in Complex Marine Environments.Journal of Coastal Research.2020 :228
(26) 吕凯.Performance investigations of a control valve with the function of energy harvesting.energy.2021,214
(27) 刘延俊.烧结机布料闸门开度控制的电液比例系统.《机械与电子》.2010,11 (218):61
(28) 刘延俊.液压系统故障诊断技术的现状及发展趋势.《液压与气动》.2006,2 (2):80
(29) 吕凯.Development of Savonius Rotors Integrated into Control Valves for Energy Harvesting.SUSTAINABILITY.2020,12 (20)
(30) 谢玉东.A New Method for Ship Control Valve Overload Protection in Complex Marine Environments.Journal of Coastal Research.2020,2020 (2020)
(31) 张健.Influence of installation deviation on dynamic performance of synchronous magnetic coupling.2017
(32) 张健.A new type flexible transmission mechanism used in ocean energy converters.2017
(33) 吕凯.Performance investigations of a control valve with the function of energy harvesting.Energy .2021,214 (1):1
(34) 王龙晖.Learning word hierarchical representations with neural networks for document modeling.Journal of Experimental & Theoretical Artificial Intelligence.2019,2019 (2019):1
(35) 谢玉东.控制阀的流量自感知及其在外泄漏自感知中应用.工程科学与技术.2017,49 (4):203
(36) 张健.波浪能设备中磁性驱动器偏差对性能影响.太阳能学报.2018 (05)
(37) 谢玉东.振荡翼在非均匀流中的能量提取性能分析.太阳能学报.2018,39 (4):886
(38) 谢玉东.Unsteady analyses of a control valve due to fluid-structure coupling.Mathematical Problems in Engineering.2013,2013 :1
(39) 谢玉东.水翼振荡运动捕获潮流能的机理研究.浙江大学学报（工学版）.2018,52 (1):65
(40) 谢玉东.大型调节阀死区的颤振补偿研究.《振动与冲击》.2010,29 (1):166
(41) 马鹏磊.Numerical analysis of a tidal current generator with dual flapping wings.Energy.2018,155 :1077
(42) 谢玉东.Analysis of Unstable Hydrofoil Energy-Capturing Motion Due to Energy Dissipation.Polish Journal of Environmental Studies.2018,27 (5):2315
(43) 马鹏磊.Effects of time-varying freestream velocity on energy harvesting using an oscillating foil.Ocean Engineering.2018,153 :353
(44) 谢玉东.New pressure control method of mixed gas in a combined cycle power plant of a steel mill.ENTERPRISE INFORMATION SYSTEMS.2017, 11 (7):1094
(45) 谢玉东.基于电液调节阀的大流量混合煤气压力控制研究.《武汉理工大学学报》（交通科学与工程版）.2009,33 (3):519
(46) 谢玉东.RESEARCH OF A CONTROL VALVE CHARACTERISTICS TEST.Journal of Theoretical and Applied Information Technology.2013,51 (1):80
(47) 谢玉东.Research on a Control Valve Controllability of a gas pressure regulation system.Applied mechanics and materials.2014,685 (685(2014)):294
(48) 谢玉东.Effect of internal leakage on an electro-hydraulic servo-driven control valve performance.Applied mechanics and materials.2011,99-100 (2011):901
(49) 谢玉东.基于物理模型的电液调节阀动态设计与研究.《机床与液压》.2009,37 (1):66
(50) 谢玉东.Effect of internal leakage on an electro-hydraulic servo-driven control valve performance.Trans Tech Publications, P.O. Box 1254, Clausthal-Zellerfeld, D-38670, Germany.2011,99-100 :901
(51) 谢玉东.调节阀执行机构研究.《液压与气动》.2008 (9):72
(52) 谢玉东.Fuzzy PID Control for Valve-controlled Cylinder Hydraulic System.Applied mechanics and materials.2012,212-213 (2012):1244
(53) 谢玉东.Dead Band Control Method of an Electro-hydraulic Servo-driven Control Valve in Combined Cycle Power Plant.Advanced Science Letters.2012,8 (2012):406
(54) 谢玉东.Unsteady analyses of a control valve due to fluid-structure coupling.Mathematical Problems in Engineering.2013,2013 (2013):1
(55) 谢玉东.调节阀技术研究综述.《化工自动化及仪表》.2012,39 (9):1111
(56) 谢玉东.Prediction Model of Control Valve Characteristics.Advanced Materials research.2012,605-607 :1345
(57) 谢玉东.基于颤振效应的气动比例阀摩擦力补偿研究.《振动与冲击》.2008,27 (2):107
(58) 谢玉东.Dynamic Design of Electro-hydraulic Control Valve based on Physical Simulation Model.IEEE Computer Society.2009,1 (1):388
(59) 谢玉东.Active Control of the Pressure Pulsation in Large-flow Mixed Gas Pipe.IEEE Computer Society.2009,1 (1):1639
(60) 谢玉东.气动比例阀摩擦力补偿机制及实验研究.润滑与密封.2007,32 (9):94
(61) 谢玉东.基于压力流量复合控制的电液调节阀研究.《液压与气动》.2008,1 (8):30
(62) 谢玉东.Design of cascade-smith hybrid control structure for pressure control.Key Engineering Materials.2010,419-420 :797
(63) 马鹏磊.Effect of wake interaction on the response of two tandem oscillating hydrofoils.ENERGY SCIENCE & ENGINEERING.2019,7 (2):431
(64) 马鹏磊.Effect of wake interaction on the response of two tandem oscillating hydrofoils.ENERGY SCIENCE & ENGINEERING.2019,7 (2):431
(65) 张健.波浪能设备中磁性驱动器偏差对性能影响.太阳能学报.2018 (05)
(66) 马鹏磊.Numerical analysis of a tidal current generator with dual flapping wings.Energy.2018,155 :1077
(67) 马鹏磊.Effects of time-varying freestream velocity on energy harvesting using an oscillating foil.Ocean Engineering.2018,153 :353
(68) 谢玉东.气动比例阀摩擦力补偿机制及实验研究.润滑与密封.2007,32 (9):94
(69) 谢玉东.调节阀执行机构研究.《液压与气动》.2008 (9):72
(70) 谢玉东.基于压力流量复合控制的电液调节阀研究.《液压与气动》.2008,1 (8):30
(71) 谢玉东.基于物理模型的电液调节阀动态设计与研究.《机床与液压》.2009,37 (1):66
(72) 谢玉东.基于电液调节阀的大流量混合煤气压力控制研究.《武汉理工大学学报》（交通科学与工程版）.2009,33 (3):519
(73) 谢玉东.基于颤振效应的气动比例阀摩擦力补偿研究.《振动与冲击》.2008,27 (2):107
(74) 谢玉东.大型调节阀死区的颤振补偿研究.《振动与冲击》.2010,29 (1):166
(75) 谢玉东.Effect of internal leakage on an electro-hydraulic servo-driven control valve performance.Trans Tech Publications, P.O. Box 1254, Clausthal-Zellerfeld, D-38670, Germany.2011,99-100 :901
(76) 谢玉东.Dynamic Design of Electro-hydraulic Control Valve based on Physical Simulation Model.IEEE Computer Society.2009,1 (1):388
(77) 谢玉东.Active Control of the Pressure Pulsation in Large-flow Mixed Gas Pipe.IEEE Computer Society.2009,1 (1):1639
(78) 谢玉东.Design of cascade-smith hybrid control structure for pressure control.Key Engineering Materials.2010,419-420 :797
(79) 谢玉东.Effect of internal leakage on an electro-hydraulic servo-driven control valve performance.Applied mechanics and materials.2011,99-100 (2011):901
(80) 谢玉东.Research on a Control Valve Controllability of a gas pressure regulation system.Applied mechanics and materials.2014,685 (685(2014)):294
(81) 谢玉东.Unsteady analyses of a control valve due to fluid-structure coupling.Mathematical Problems in Engineering.2013,2013 (2013):1
(82) 谢玉东.RESEARCH OF A CONTROL VALVE CHARACTERISTICS TEST.Journal of Theoretical and Applied Information Technology.2013,51 (1):80
(83) 谢玉东.调节阀技术研究综述.《化工自动化及仪表》.2012,39 (9):1111
(84) 谢玉东.Prediction Model of Control Valve Characteristics.Advanced Materials research.2012,605-607 :1345
(85) 谢玉东.Fuzzy PID Control for Valve-controlled Cylinder Hydraulic System.Applied mechanics and materials.2012,212-213 (2012):1244
(86) 谢玉东.Dead Band Control Method of an Electro-hydraulic Servo-driven Control Valve in Combined Cycle Power Plant.Advanced Science Letters.2012,8 (2012):406
(87) 谢玉东.New pressure control method of mixed gas in a combined cycle power plant of a steel mill.ENTERPRISE INFORMATION SYSTEMS.2017, 11 (7):1094
(88) 谢玉东.Analysis of Unstable Hydrofoil Energy-Capturing Motion Due to Energy Dissipation.Polish Journal of Environmental Studies.2018,27 (5):2315
(89) 谢玉东.振荡翼在非均匀流中的能量提取性能分析.太阳能学报.2018,39 (4):886
(90) 谢玉东.水翼振荡运动捕获潮流能的机理研究.浙江大学学报（工学版）.2018,52 (1):65
(91) 谢玉东.控制阀的流量自感知及其在外泄漏自感知中应用.工程科学与技术.2017,49 (4):203
