Experimental analysis of hydraulic discharge line in the frequency domain

The article presents the results of the experimental test of the pressure pulsation propagation across hydraulic line. The tests have been conducted in the form of a complete two-level experiment, having selected the following parameter variables: flexible hose type (1 or 2-wire hose), pressure valu...

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Published in:IOP conference series. Materials Science and Engineering 2017-08, Vol.227 (1), p.12072
Main Authors: Klarecki, K, Rabsztyn, D, Hetmanczyk, M P
Format: Article
Language:English
Subjects:
Discharge
Frequency analysis
Frequency domain analysis
Hydraulic transmissions
Hydraulics
Parameters
Pressure pulses
Pulsation
Stress concentration
Transmission lines
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description The article presents the results of the experimental test of the pressure pulsation propagation across hydraulic line. The tests have been conducted in the form of a complete two-level experiment, having selected the following parameter variables: flexible hose type (1 or 2-wire hose), pressure value in the pressure line, rotational speed of the pump shaft, pressure line length. The series of pressure runs were analysed in frequency domain using FFT method. The results confirmed the prediction that the discharge line should be treated as a hydraulic transmission line (similar to the long transmission line) with distributed parameters, which variously attenuates pressure pulses of different frequencies.
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subjects Discharge
Frequency analysis
Frequency domain analysis
Hydraulic transmissions
Hydraulics
Parameters
Pressure pulses
Pulsation
Stress concentration
Transmission lines
title Experimental analysis of hydraulic discharge line in the frequency domain
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