Research on Geometric Model for Solving the Displacement of Vane Pump

Ben Chi Jiang; Jian Bin Wang

doi:10.4028/www.scientific.net/AMR.655-657.7

Paper Titles

Preface and Conference Organization

Effect of Computer Color Matching System in Laboratory
p.3

Research on Geometric Model for Solving the Displacement of Vane Pump
p.7

The Design of a New-Style Boat-Shore Goods Delivery Cableway System and Research on Synthesis Movement Performance
p.11

Integration Expression and Convergence Characteristic of Airfoils for Mixing Impeller
p.16

Fitting Method Research of Sieving Parameters of Vibration Screen and Sieving Efficiency Based on DEM
p.20

Performance Analysis of Bionic Airfoil on the Small Unmanned Plane
p.24

Research and Design of Small Displacement LPG Motorcycle Pressure Reducer
p.28

Study on Controllable Prestress of the Block in the FDSO Bottom with the Supports Adjustment
p.32

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Research on Geometric Model for Solving the Displacement of Vane Pump

Abstract:

Displacement is one of the most important parameters of vane pump, but the physical meaning of the pumps’ displacement is relatively difficult to understand. A new approach is presented to simplify the calculation process. On the basis of analyzing the working principle of vane pumps, corresponding visual geometric models were separately built, and then the displacement of vane pump can be directly calculated by those models. This method is applicable not only to single-acting pump but to double-acting pump, it shows a novel vision and is easy to master.