LDV measurements of the flow inside the combustion chamber of a 4-valve D.I. diesel engine with axisymmetric piston-bowls

Experiments in Fluids

Volumn 22, Issue 2, 1996, Pages 118-128

  Payri, F ^a   Desantes, J M ^a   Pastor, J V ^a  

^a UNIVERSITAT POLITÈCNICA DE VALÈNCIA   (Spain)

Author keywords

[No Author keywords available]

Indexed keywords

COMBUSTION CHAMBERS; DIESEL ENGINES; FLOW MEASUREMENT; FLOW PATTERNS; FLUID STRUCTURE INTERACTION; PISTONS; TURBULENCE;

AXIAL FLOW STRATIFICATION; AXISYMMETRIC PISTON BOWLS; DIRECT INJECTION DIESEL ENGINES; SPRAY WALL INTERACTIONS; SWIRL SQUISH; VELOCITY COMPONENTS;

LASER DOPPLER VELOCIMETERS;

EID: 0030394494     PISSN: 07234864     EISSN: None     Source Type: Journal    
DOI: 10.1007/s003480050029     Document Type: Article

References (35)

1. Ahraadi-Befrui B; Brandstätter W; Kratochwill H; Troger C (1989) The influence of inlet port design on the in cylinder charge mixing. SAE Paper 890842
2. Arcoumanis C; Whitelaw JH (1987) Fluid mechanics of internal combustion engines - a review. Proc Instn Mech Engrs 201: 57-74
3. Arcoumanis C; Hadjiapostolou A; Whitelaw JH (1987) Swirl Center Precession in Engine Flows. SAE Paper 870370
4. Arcoumanis C; Vafidis C; Whitelaw JH (1986) LDA measurements in piston bowls of motored diesel engines. Proc. Third Int Symp on Applications of Laser Anemometry to Fluid Mechanics, Lisbon, July 7-9
5. Arcoumanis C; Bicen AF; Whitelaw JH (1982) Measurements in a motored four-stroke reciprocating model engine. J Fluids Eng 104: 235-241
6. Arcoumanis C; Bicen AF; Whitelaw JH (1983) Swirl and Swirl-Squish Interaction in Motored Model Engines. J Fluids Eng 105: 105-112
7. Bopp S; Durst F; Tropea C (1990) In Cylinder Velocity Measurements with a Mobile Fibre Optic LDA System. SAE Paper 900055
8. Cole JB; Swords MD (1980) An investigation of the ignition process in a lean-burning engine using conditionally sampled Laser Doppler Anemometry. SAE Paper 800043
9. Corcione FE; Valentino G (1990) Cycle resolved LDV measurements in an IC engine equipped with different combustion chamber shapes. Fifth Int Symposium on Application of Laser to Fluid Mech (Lisbon, July 9-12)
10. Corcione FE; Valentino G (1994) Analysis of In-Cylinder Flow Processes by LDA. Combustion and Flame 99: 387-394
11. Desantes JM; Benajes J; Urchueguía J (1992) A new method of evaluation of intake systems of direct injection diesel engines in non-steady flow by means of LDA. Proc Fisita Congress (London, June 7-11). IMechE C389/375
12. Desantes JM; Benajes J; Urchueguia J (1995) Evaluation of the non-steady flow produced by intake ports of direct injection Diesel engines. Exp Fluids 19: 51-60
13. Fansler TD (1985) Laser Velocimetry Measurements of Swirl and Squish Flows in an Engine with a Cylindrical Piston Bowl. SAE Paper 850124
14. Fansler TD; French DT (1988) Cycle-resolved Laser-Velocimetry measurements in a Re-entrant-bowl-in-piston engine. SAE Paper 880377
15. Fansler TD (1993) Turbulent production and relaxation in bowl-inpiston engines. SAE Paper 930479
16. Fraser RA; Bracco FV (1988) Cycle-resolved LDV integral length scale measurements in an IC engine. SAE Paper 880381
17. Fraser RA; Bracco FV (1989) Cycle-resolved LDV integral length scale measurements investigating clearance height scaling, isotropy and homogeneity in an IC engine. SAE Paper 890615
18. Hasegawa S; Takahashi Y (1988) Prediction method of induction swirl parameters for dual inlet port of DI Diesel engines and its application to engine performance improvement. SAE Paper 885101
19. Lapuerta M; Salavert JM; Pedroche F (1990) Two-zone model for calculations of the air motion in an engine with piston-bowl. (In Spanish). Congreso de Ingeniería Mecánica, (Zaragoza, Dic. 17-19) pp. 27-32
20. Liou TM; Santavicca DA (1985) Cycle-resolved LDV measurements in a motored IC engine. Transaction of the ASME 107: 232-240
21. Morse AP; Whitelaw JH; Yianneskis M (1980) Turbulent flow measurements by laser- Doppler anemometry in motored piston cylinder assemblies. Fluid Eng 79:/WA/FE-1
22. Murakami A; Arai M; Hiroyasu H (1988) Swirl Measurements and Modeling in Direct Injection Diesel Engines. SAE Paper 880385
23. Murakami A et al. (1990) Measurement of Turbulent Flow in the Combustion Chamber of a D.I. Diesel Engine SAE Paper 900061
24. Payri F; Benajes J; Lapuerta J (1990) The effect of swirl on the combustion process of a DI Diesel engine. Proceedings of the Comodia Congress, pp. 545, Kyoto
25. Payri F et al. (1991) Swirl influence on the performance and emissions of a 2-liter per cylinder DITC Diesel engine. EAEC (Vehicles Dynamics and Powertrain Engineering), 3rd Int. Conference, Strasbourg, June 11-13
26. Payri F; Lapuerta M; Salavert JM (1993) Study on the Combustion Process ot a 2 Litre Supercharged Intercooled D.I. Diesel Engine, Based on Experimental and Modelled Results. SAE Paper 933309
27. Rask RB (1981) Comparison of window, smoothed-ensemble and cycle-by-cycle data reduction techniques for Laser Doppler Anemometer measurements of in-cylinder velocity. In: Fluid Mechanics of Combustion Systems, ed. T. Morel, R.P. Lohnmann and J.M. Rackley. ASME, 1981. General Motors Rep. GMR-4995
28. Rask RB; Saxena V (1985) Influence of geometry on flow in the combustion chamber of a direct-injection Diesel engine. General Motors Rep. GMR-4995
29. Tanabe S; Hamamoto Y; Ohigashi S (1981) Swirl production in four-stroke engine cylinder-Analysis in motored operation. JSAE Rev March 1981, pp. 35-41
30. Thien G (1965) Work performed on valve-port assemblies of four-stroke diesel engines (In German). Österreichische Ingenieur Zeitschrift 9: 292
31. Tindal MJ; Suen KO; Yianneskis M (1989) The variation of flow pattern in a Diesel Engine Cylinder with speed. SAE Paper 890791
32. Urchueguía J; Salavert JM; Pastor JV (1993) Set-up of a facility for flow velocity measurements inside the combustion chamber of a motored single-cylinder Diesel engine (In Spanish). I Congreso Iberoamericano de Ingeniería Mecánica, (Madrid, Sept. 21-24). Vol 2, (9-15)
33. Vafidis C (1984) Influence of induction swirl and piston configuration on air flow in a four-stroke model engine. Proc Instn Mech Engrs 198C: 71-79
34. Witze PO; Martin JK; Borgnakke C (1984) Fluid motion during flame propagation in a spark ignition engine. SAE Paper 840377
35. Yianneskis M; Tindal MJ; Suen KO (1989) A Comparison of Cycle-Resolved and Ensemble-Averaged Velocity Variations in a Diesel Engine. SAE Paper 890617