U664.3,Marine propulsion device

About 129 item dissertation in line with U664.3,Marine propulsion device query results,the following is 1 to 50(Search took 0.090 seconds)

Prediction of Hydrodynamic Performances and Noise of Ducted Propeller,CuiLiXin/Harbin Engineering University,0/96
Research on Prediction for Propeller Non-cavitating Noise,ZuoFengXiang/Harbin Engineering University,0/56
The Structure Design and Static Analysis of Full-rotating Comprehensive Propeller Worked in60m Water,HouShuLing/Jiangsu University of Science and Technology,0/2
The Structural Design and Kinematics Analysis of Full-rotating Propeller Working in60m Water,HouWei/Jiangsu University of Science and Technology,0/2
Investigation on the Numerical Simulation of Propeller Hydrodynamics、Cavitation and Noise,WangGuoDong/Huazhong University of Science and Technology,0/41
Research on Dynamic Simulation Technology of Multi-axis Milling Process for Marine Propeller,WangTaoFeng/Jiangsu University of Science and Technology,0/3
Research on Dynamic Characteristics of Parallel Machine Tool Processing Complex Curved Surface of Marine Propeller,ZhaoRuoYu/Jiangsu University of Science and Technology,0/2
The Research and Development of the Marine Electric Propulsion Propeller Simulated Load,LiJunKe/Jimei University,0/72
Research on Hydrodynamic Analysis and Optimization of Duct Propeller,ZhuJunFei/Wuhan University of Technology,0/39
Design and Research of Improved3-RPS Parallel Mechanism,ZhongMing/Harbin Institute of Technology,0/8
Study on the Automatic Programming Technology of Gantry Four-axis NC Belt Grinding for Overall Marine Propeller,LiZuo/Chongqing University,0/4
Study and Develop on Virtual Reality Simulation System of the Ship Controllable Propeller Pitch,YuanQinSheng/Dalian Maritime University,0/105
Composite Propellers-Fluid-Structure Interaction,CaoFeng/Shanghai Jiaotong University,0/136
System Development for Marine Propeller Measurement and Grinding Device,WengBingLiang/Dalian University of Technology,0/36
Research on the Propulsive Performance of Shallow Water Ship Model with Multi-Propellers,TangShi/Harbin Engineering University,0/40
Identification of the Propeller-Induced Fluctuating Pressure,ZengDaFeng/Dalian University of Technology,0/34
Numerical Simulation Study on the Hydrodynamic Performance of the Oar Blade of Canoes,ZhangDongYan/Wuhan University of Technology,0/41
A Study on the Performance of All-direction Propeller in Shallow Water,ZouZe/Harbin Engineering University,0/72
Research and Development on Measurement and Control System for Keyless Fitting of Marine Propeller,DanJiaSuo/Wuhan University of Technology,0/49
Research and Visualization Simulation for the Installation Process of Marine Propeller Keyless Fitting,WangWanZao/Wuhan University of Technology,0/50
Based on CFD Method to Research the Hydrodynamic Performance of Transverse Thrusters,YanZhouGuang/Jiangsu University of Science and Technology,0/74
Adaptive Fuzzy Design for Ship Autopilot,HuYanCai/Dalian Maritime University,0/68
The Application Matching and Optimization of Boat Engine,ChenKui/Hunan University,0/74
Study on Numerical Analysis of the Installation Process of Interference Fit for Keyless Fitting of Marine Propeller,YuChaoZuo/Wuhan University of Technology,0/70
Reseach on the Hardware-in-the-loop Simulation Platform for Propeller Load Characteristics,YangBaiMei/Dalian Maritime University,0/66
Research on Structure Design of Large Controllable Pitch Propeller and Development of Integrated Design System,XuYiRan/Wuhan University of Technology,0/59
Performance Predicton and Optimal Design of Marine Composite Propellers,ChenQing/Shanghai Jiaotong University,0/86
The Application and Comparison of Two Different Optimization Algorithms in the Design of Propeller,LiuYangHao/Harbin Engineering University,0/121
Unsteady Cavitation Numerical Simulation of Propeller Behind Ship Hull,JuLei/Harbin Engineering University,0/130
Research on Load Simulation System Based on DSP&Direct Torque Control,WangJinBo/Jimei University,1/87
Design of Ship Course Autopilot in the Presence of Input Saturation,LiJunFang/Dalian Maritime University,2/70
Optimized Design on Ringsail and Study on Application of Energy-saving of Sail-Assisted Ship,GuoShuai/Dalian Maritime University,2/76
CFD Simulation of Marine Propeller Open Water Performance,FuYiZuo/Dalian Maritime University,0/313
A Study of Hydrodynamic Performance of Marine Propeller on Variable Parameters,WangLiang/Dalian University of Technology,1/205
Experimental Study on New Type of Water Lubrication Stern Tube Rubber Bearings,WangHao/Wuhan University of Technology,3/129
Numerical Prediction of Propeller Non-cavitations Noise,ZhangMan/Dalian University of Technology,0/83
Analysis of Vibration and Acoustic Radiation of Propeller Blades,WuSiYuan/Dalian University of Technology,0/103
Research on Propeller Cavitation Characteristics and Low Noise Propeller Design,HuJian/Harbin Engineering University,8/680
Investigation of a Potential Based Surface Panel Method for Prediction of Propeller Performances,ZhangLiJun/Dalian University of Technology,8/569
Performance Prediction and Theoretical Design Research on Propeller in Non-uniform Flow,TanTingShou/Wuhan University of Technology,24/507
Chaotic Dynamics of Ship Propeller Singing Time Series,YuDaPeng/Dalian University of Technology,1/282
Study on Course/Speed Control of Ship with Waterjet Propulsion,GaoShuang/Harbin Engineering University,3/351
The Research on Performance of Propeller’ Hydrodynamics, Cavitation and Noise,WangChao/Harbin Engineering University,2/460
Research on the Unsteady Interaction between Ship Hull and Energy-Saving Appendage and Propeller,ShenHaiLong/Harbin Engineering University,2/248
Research on the Key Technologies and Control System of Direct Drive Electro-hydraulic Servo Rotary Vane Steering Gear,SuWenHai/Harbin Institute of Technology,3/415
Numerical Research on Underwater Gas-liquid Two-phase Jet Propulsion,FuYingJie/Harbin Institute of Technology,2/329
A Study on Design of Marine Propellers Based on Surface Panel Method,CaiZuoPeng/Harbin Engineering University,0/63
Structure Design and Hydroelastic Optimization of High Performance Composite Propeller,HongYi/Harbin Institute of Technology,0/103
Harbor at low speed of the ship steerage,DaiRuLiang/Dalian Maritime University,3/116
The Matching Research of Ship Diesel Engine with Screw Propeller and Cooling System Optimization,LiuHaiQiang/Wuhan University of Technology,8/485