port plate - Globe Thesis

Keyword [port plate] Result: 1 - 20 \| Page: 1 of 2
1.	Experimental Research On Lubrication Characteristics Of Port Plate/Cylinder Block Frictional Pair In Axial Piston Pump
2.	Lubrication Characteristics And Parameter Optimization Of Plane Barrel-Port Plate In Axial Piston Pump
3.	Theoretical Study On The Spherical Port Plate Pair Of The Axial Piston Pump
4.	Research On Lubrication Characteristics Of Port Plate Pairs In Water Hydraulic Axial Piston Pump
5.	Strength Finite Element Analysis Of Port Plate Of Axial Piston Motor
6.	Design And Simulation On Seawater Hydraulic Piston Pump With Port Plate
7.	Design And Characteristic Anlysis Of Port Plate Pairs In Multiple-action Constant Axial Piston Pump
8.	Sdudy Of Lubrication In The Spherical Port Plate Pair Of Axial-Piston Pumps
9.	Modeling And Simulation Of Mechanical Properties Of The Compressible Fluid Working Medium Acting Pumps
10.	Study On The Vibration Of Axial Piston Swash Plate Type Travelling Motor’s Cylinder Caused By Micro-hemispherical Texture On Its Port Plate
11.	Research On The Key Technology Of Incurve Type Water Hydraulic Motor With Low Speed High Torque
12.	Research On Key Technology Of A Double-acted Water Hydraulic Vane-type Pump
13.	Basic Theoretical Research On The Inner Curve Planetary Gear Pump
14.	Theoretical And Experimental Research On Friction And Lubrication Characteristic Of Textured Port Plate Pair
15.	Experimental Investigation On Friction And Wear Properties Of Textured Port Plate
16.	Numerical Simulation And Visualization Research On Transient Flow Field Of Port Plate Pair In Plunger Pump
17.	Selection And Correction Of The Turbulence Modelre Applied To The Port Plate Flow Field Of The Axial Plunger Pump With Different Conditions
18.	The Research On Flow Characteristics Of Inner Channel Of Non-oil-immersed Air Gap Type Hydraulic Motor Vane Pump
19.	Design And Theoretical Research On Double-acting Water Hydraulic Vane Pump With High Pressure
20.	Simulation Research On Lubrication-bearing Mechanism And Experiment Study On Friction-wear For Port Pair With Bionic Non-smooth Surface
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