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Prediction of cavitation inside mini-sac Diesel injector nozzle using computational fluid dynamics
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Title: Prediction of cavitation inside mini-sac Diesel injector nozzle using computational fluid dynamics

Creator:

Bansode, Vaibhav ; Verma, Munna ; Pandhare, Amar ; Shinde, Sandip

Date:

2022

Type:

artykuł w czasopiśmie

Description:

Fuel injector nozzle is important part of fuel injection system which plays dominant role in spray formation which directly and indirectly affects on combustion efficiency of diesel engine. The performance of the internal flow of the fuel injector nozzle is impeded by several factors. Cavitation is one of the factor which affects fluid flow. It is associated with local pressure distribution inside nozzle. Therefore cavitation plays major role while designing injector nozzle.In the present study, analysis of existing six hole mini-sac diesel injector nozzle is carried out using commercial CFD package. The main objective of research is to design of nozzle to avoid cavitation and to find out contribution of different parameters through parametric study. The results are predicted and compared with both test result and analytical result at steady state conditions for different needle lift., the better the results.

Place of publishing:

Koszalin

Publisher:

Publishing House of the Koszalin University of Technology

Format:

application/pdf

Identifier:

oai:dlibra.tu.koszalin.pl:1626

Language:

eng

Is part of:

Journal of Mechanical and Energy Engineering. Vol.6 (46), nr 1, s. 7-12

Rights:

Biblioteka Politechniki Koszalińskiej

Access rights:

internet

License:

Creative Commons BY 4.0

Exlibris

Subject and keywords:

cavitation mini-sac diesel injector nozzle needle lift parametric study CFD

Object collections:

Last modified:

Nov 6, 2023

In our library since:

Aug 24, 2022

Number of object content hits:

21

All available object's versions:

https://dlibra.tu.koszalin.pl/publication/1630

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Edition name Date
Bansode, Vaibhav, 2022, Prediction of cavitation inside mini-sac Diesel injector nozzle using computational fluid dynamics Nov 6, 2023

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