Improving the Flow Rate of Sonic Pump by Means of Parabolic Deflector

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Ivan A. Loukanov
Ivan A. Loukanov
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Mothaedi M. and Keaitse M.
Mothaedi M. and Keaitse M.

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Improving the Flow Rate of Sonic Pump by Means of Parabolic Deflector

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Abstract

This paper investigates the effect of a parabolic deflector on the flow rate of a sonic (resonance) pump. A specially shaped parabolic deflector is designed and manufactured to fit to a1.5″ spring-loaded poppet valve and tested on a solar powered sonic pump at resonance frequency of 5.33 Hz. It was found that the flow rates increased by as much as 51% at 22 Watt and by 5.1% at 38 Watt as compared to the case without a deflector and no air in the pipe system. Whenever air is present in the pipes the deflector enhanced the flow rate by as much as 216% at 22 Watt and by 63% at 38 Watt forcing to remove quickly the air from the system. These results are dependent upon the position of the deflector with respect to the valve body, the power input to the oscillating system and the existence of air in the pipe system. It is concluded that the deflector is a simple and suitable means for increasing the pump flow rate.

References

7 Cites in Article
  1. P Ramathlo,S Grover,A Mathamo,L Tawe,K Matlhagela,K Ngoni,K Molebatsi,B Chilisa,N Zetola,E Robertson,G Paganotti,D Ramogola-Masire (2022). Human papillomavirus prevalence among unvaccinated young female college students in Botswana: A cross-sectional study.
  2. I Loukanov (2010). Measuring the Parameters of Foot Valves for Sonic Pumps.
  3. I Loukanov,Jacek Uziak (2011). Investigating the Effect of Valve Submersion Depth on the Flow Rate of Sonic Pump.
  4. I Loukanov,Jacek Uziak (2013). Upon Improving the Prediction of the Flow Rate of Sonic Pump.
  5. I Loukanov (2013). Design Experience with Valves of Low Head Losses.
  6. S Vorobev,A Vorobyev (1973). On the problem of contouring core values for the future of rock mechanics (Publisher’s view).
  7. Improving the Flow Rate of Sonic Pumpby Means of Parabolic Deflector References Références Referencias.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

How to Cite This Article

. 2013. \u201cImproving the Flow Rate of Sonic Pump by Means of Parabolic Deflector\u201d. Global Journal of Research in Engineering - A : Mechanical & Mechanics GJRE-A Volume 13 (GJRE Volume 13 Issue A8): .

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Journal Specifications

Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

Version of record

v1.2

Issue date

November 16, 2013

Language
en
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Published Article

This paper investigates the effect of a parabolic deflector on the flow rate of a sonic (resonance) pump. A specially shaped parabolic deflector is designed and manufactured to fit to a1.5″ spring-loaded poppet valve and tested on a solar powered sonic pump at resonance frequency of 5.33 Hz. It was found that the flow rates increased by as much as 51% at 22 Watt and by 5.1% at 38 Watt as compared to the case without a deflector and no air in the pipe system. Whenever air is present in the pipes the deflector enhanced the flow rate by as much as 216% at 22 Watt and by 63% at 38 Watt forcing to remove quickly the air from the system. These results are dependent upon the position of the deflector with respect to the valve body, the power input to the oscillating system and the existence of air in the pipe system. It is concluded that the deflector is a simple and suitable means for increasing the pump flow rate.

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Improving the Flow Rate of Sonic Pump by Means of Parabolic Deflector

Ivan A. Loukanov
Ivan A. Loukanov
Mothaedi M. and Keaitse M.
Mothaedi M. and Keaitse M.

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