Flow regimes of large-velocity-ratio coaxial jets
Rehab, H.; Villermaux, E.; Hopfinger, E. J.
Journal of Fluid Mechanics 345: 357-381
1997
ISSN/ISBN: 0022-1120 DOI: 10.1017/s002211209700637x
Accession: 062615360
PDF emailed within 0-6 h: $19.90
Related References
Favremarinet, M.; Camano Schettini, E.B. 2001: The density field of coaxial jets with large velocity ratio and large density differences International Journal of Heat and Mass Transfer 44(10): 1913-1924Ko, N.W.M.; Au, H. 1982: Spreading Rate and Reattachment of Coaxial Jets of High Mean-Velocity Ratio Journal of Fluids Engineering 104(3): 400-401
Ko, N.W.M.; Au, H. 1981: Initial Region of Subsonic Coaxial Jets of High Mean-Velocity Ratio Journal of Fluids Engineering 103(2): 335-338
Papamoschou, D.; Rostamimonjezi, S. 2010: Effect of Velocity Ratio on Noise Source Distribution of Coaxial Jets Aiaa Journal 48(7): 1504-1512
Nikitopoulos, D.E.; Bitting, J.W.; Gogineni, S. 2003: Comparisons of initially turbulent, low-velocity-ratio circular and square coaxial jets Aiaa Journal 41(2): 230-239
New, T.H.; Tsioli, E. 2014: Effects of area-ratio on the near-field flow characteristics and deflection of circular inclined coaxial jets Experimental Thermal and Fluid Science 54: 225-236
Volkov, V.A.; Ostroukhov, N.N.; Tkachenko, B.K. 1983: Régimes du mélange des jets transversaux de CO2 avec l'écoulement supersonique de l'azote dans une tuyère - Regimes of the transverse CO2 jets mixed with the supersonic nitrogen flow in a nozzle Inzenerno-Fiziceskij Zurnal 45(6): 954-958
Ko, N.W.M.; Lam, K.M. 1989: Flow structures of coaxial jet of mean velocity ratio 0.5 Aiaa Journal 27(5): 513-514
Fan, J.; Shi, J.; Zhang, X.; Cen, K. 1996: Numerical simulation of the effect of velocity ratio on the flow characteristics in a coaxial jet Chemical Engineering Communications 147: 85-98
Zong, H.; Kotsonis, M. 2019: Effect of velocity ratio on the interaction between plasma synthetic jets and turbulent cross-flow Journal of Fluid Mechanics 865: 928-962
Au, H.; Ko, N.W.M. 1987: Coaxial jets of different mean velocity ratios. II Journal of Sound and Vibration 116(3): 427-443
Ko, N.W.M.; Au, H. 1985: Coaxial jets of different mean velocity ratios Journal of Sound and Vibration 100(2): 211-232
Habib, M.A.; Whitelaw, J.H. 1980: Velocity Characteristics of Confined Coaxial Jets with and Without Swirl Journal of Fluids Engineering 102(1): 47-53
Lenzo, C.S.; Dalai, T.N. 1975: Center-Line Velocity Decay in Coaxial Free Jets Journal of Applied Mechanics 42(2): 514-516
Karthikeyan, N.; Sridhar, B. 2012: Experimental and CFD Analysis on Coaxial Turbulent Jets with Different Velocity Ratios Procedia Engineering 38: 1883-1892
Jianren Fan; Hua Zhao; Jun Jin 1996: Two-phase velocity measurements in particle-laden coaxial jets Chemical Engineering Journal and the Biochemical Engineering Journal 63(1): 11-17
Singh, S.N.; Agrawal, D.P.; Malhotra, R.C.; Raghava, A.K. 1989: Mean-velocity distributions of contra-swirling coaxial, confined jets Experiments in Fluids 7(7): 501-504
Dahl, M.D.; Morris, P.J. 1997: Noise from supersonic coaxial jets, part 3 : Inverted velocity profile Journal of Sound and Vibration 200(5): 701-719
Dahl, M.D.; Morris, P.J. 1997: Noise from supersonic coaxial jets, part 2 : Normal velocity profile Journal of Sound and Vibration 200(5): 665-699
Favremarinet, M.; Camano, E.B.; Sarboch, J. 1999: Near-field of coaxial jets with large density differences Experiments in Fluids 26(1-2): 97-106