Experimental Analysis of Water Jet Pump Performance and Throat Diffuser Loss Coefficient: An Empirical Correlation

Water jet pumps are widely used in industry, with performance influenced by geometric parameters such as angle, length, and diameter.This study investigates the effects of projection and throat aspect ratios on pump efficiency and diffuser loss coefficient.Nine experimental cases were conducted, and two predictive correlations were developed using nonlinear regression.The correlations were validated against experimental results within the dimensionless range of projection ratio (1-3) and throat aspect ratio (5-9), with marginal errors of 5% for performance and 10% for the loss coefficient.The results have a good agreement with the experiment, offering performance enhancement in design framework.

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Publication Details

Journal
Evergreen
Published
2025-12-01
DOI
https://doi.org/10.5109/7402634
Primary Topic
Nuclear Engineering Thermal-Hydraulics
Type
article
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article

Experimental Analysis of Water Jet Pump Performance and Throat Diffuser Loss Coefficient: An Empirical Correlation

Muhammad Penta Helios, Achmad Maswan, Shandi Prio Laksono, Fitrianto et al.
Evergreen
Nuclear Engineering Thermal-Hydraulics
article

Experimental Analysis of Water Jet Pump Performance and Throat Diffuser Loss Coefficient: An Empirical Correlation

Muhammad Penta Helios, Achmad Maswan, Shandi Prio Laksono, Fitrianto, Chairunnisa, Himawan Sutriyanto
article en

Abstract

Water jet pumps are widely used in industry, with performance influenced by geometric parameters such as angle, length, and diameter.This study investigates the effects of projection and throat aspect ratios on pump efficiency and diffuser loss coefficient.Nine experimental cases were conducted, and two predictive correlations were developed using nonlinear regression.The correlations were validated against experimental results within the dimensionless range of projection ratio (1-3) and throat aspect ratio (5-9), with marginal errors of 5% for performance and 10% for the loss coefficient.The results have a good agreement with the experiment, offering performance enhancement in design framework.

EvergreenVol. 12(4)
Nuclear Energy Agency (FR)
Clean water and sanitation
Openalex Percentile: Top 14%
Nuclear Engineering Thermal-Hydraulics
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