Pressure and Flow Stability for Ultra-High Pressure Water Jet System

Yong Long Zeng; Kui Sheng Chen; Fei Long Zheng; Qiang Hua Xi; Cong Yu

doi:10.4028/www.scientific.net/AMR.926-930.810

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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 926-930Pressure and Flow Stability for Ultra-High...

Pressure and Flow Stability for Ultra-High Pressure Water Jet System

Abstract:

The paper introduces system components and working principle of the ultrahigh pressure water jet, with theoretical analysis on fluctuation characteristics of pressure booster pump flow. On the basis of the AMEsim simulation model established on various hydraulic components in the system, through a large number of simulation experiments to compare simulation curve with different parameters. Analysing the system characteristics for pressure and flow affected by some parameters such as: volume, booster pump motion control and the number of nozzles, in order to improve the system stability for pressure and flow and optimize the parameters.