Swirl measurements in a motor cylinder

Experiments in Fluids

Volumn 26, Issue 6, 1999, Pages 542-548

  Crnojevic, C ^a   Decool, F ^b   Florent, P ^b  

^a UNIVERSITY OF BELGRADE   (Serbia)

^b UNIVERSITÉ DE VALENCIENNES   (France)

Author keywords

[No Author keywords available]

Indexed keywords

ENGINE CYLINDERS; FUEL INJECTION;

SWIRL NUMBER;

SWIRLING FLOW;

EID: 0032648716     PISSN: 07234864     EISSN: None     Source Type: Journal    
DOI: 10.1007/s003480050321     Document Type: Article

References (18)

1. Arcoumanis C; Validis C; Whitelaw JH (1987) Valve and in-cylinder flow generated by a helical port in a production diesel engine. J Fluids Eng 109: 368-375
2. Arcoumanis C; Hu Z; Vafidis C; Whitelaw JH (1990) Movement in tumble: a mechanism of turbulence augmentation in spark engines. SAE Technical Paper No. 900060
3. Desantes JM; Benajes J; Urchueguia J (1995) Evaluation of the non-steady flow produced by intake parts of direct injection diesel engines. Exp Fluids 19: 51-60
4. Dellenback PA; Sanger JL; Metzger DE (1994) Heat transfer in coaxial jet mixing with swirling inlet jet. J Heat Transfer 116: 864-870
5. Endres H; Neusser HJ; Wurms R (1992) Influence of swirl and tumble on economy and emissions of multi-valve SI engines. SAE Paper No. 920516
6. Heywood JB (1987) Fluid motion within the cylinder of internal combustion engines. The 1986 Freeman Scholar Lecture. J Fluids Eng 109: 3-35
7. Khalighi B (1995) Multi-dimensional in-cylinder flow calculation visualizations in a motored engine. J Fluids Eng 117: 282-288
8. Khodadadi JM; Vlachos NS (1990) Effects of turbulence model constants on computation of confined swirling flow. J AIAA 28: No. 4, 750-752
9. Kubo I; Gouldin FC (1975) Numerical calculations of turbulent swirling flows. J Basic Eng 310-315
10. Lilley D (1973) Prediction of inlet turbulent swirl flows. J AIAA 1: No. 7, 955-960
11. Mahmud T; Truelove JS; Wall TF (1987) Flow characterizations of swirling coaxial jets from diverging nozzles. J Fluids Eng 109: 275-281
12. Pratte BD; Keffer JF (1972) The swirling turbulent jet. J Basic Eng: 739-748
13. Sharif MAR; Wong YKE (1995) Evolution of the performance of three turbulence closure models in the prediction of confined swirling flows. Computers and Fluids 24: No. 1, 81-100
14. Sun HJ; Yates AD; Winterbone ED (1996) Measurement of the flow field in a diesel engine combustion chamber after combustion by cross correlation of high-speed photographs. Exp Fluids 20: 335-345
15. Thien GE (1964) Description of measuring methods for the investigation of stationary flow properties at valve ports and statements for the evaluation of the measurement results. Report No. 28/011, Graz, Austria
16. Tippelemann G (1977) A new method of investigation of swirl ports. SAE Paper No. 770404
17. Uzkan T; Borgnakke C; Morel T (1983) Characterization of flow produced by a high swirl inlet port. SAE Tech. Paper No. 830266
18. Yazdabadi PA; Griffiths AJ; Syred N (1994) Characterization of a cyclone dust separator. Exp Fluids 17: 84-95