NEGATIVELY BUOYANT FLOW IN A DIVERGING CHANNEL .1. FLOW REGIMES

[1] BLEVINS R, 1983, APPLIED FLUID DYNAMI, P144

[2] Farrell G.J., 1986, BUOYANCY INDUCED PLU

[3] HAMEL G, 1916, BER DTSCH MATH VEREI, V25

[4] The Two-Dimensional Steady Motion of a Viscous Fluid [J]. PHILOSOPHICAL MAGAZINE, 1915, 29 (172) : 455 - U53

[5] NEGATIVELY BUOYANT FLOW IN A DIVERGING CHANNEL .2. 3-D FLOW FIELD DESCRIPTIONS [J]. JOURNAL OF HYDRAULIC ENGINEERING, 1987, 113 (06) : 731 - 742

[6] JOHNSON TR, 1985, AUG P ASCE S HYDR HY

[7] JOHNSON TR, 1986, 245 U MINN ST ANTH F

[8] KLINE SJ, 1959, T ASME D, V81, P305

[9] NIKURADSE J, 1979, BOUNDARY LAYER THEOR, P668

[10] RENEAU LR, 1967, T ASME D, V89, P141

[1] BLEVINS R, 1983, APPLIED FLUID DYNAMI, P144

[2] Farrell G.J., 1986, BUOYANCY INDUCED PLU

[3] HAMEL G, 1916, BER DTSCH MATH VEREI, V25

[4] The Two-Dimensional Steady Motion of a Viscous Fluid [J]. PHILOSOPHICAL MAGAZINE, 1915, 29 (172) : 455 - U53

[5] NEGATIVELY BUOYANT FLOW IN A DIVERGING CHANNEL .2. 3-D FLOW FIELD DESCRIPTIONS [J]. JOURNAL OF HYDRAULIC ENGINEERING, 1987, 113 (06) : 731 - 742

[6] JOHNSON TR, 1985, AUG P ASCE S HYDR HY

[7] JOHNSON TR, 1986, 245 U MINN ST ANTH F

[8] KLINE SJ, 1959, T ASME D, V81, P305

[9] NIKURADSE J, 1979, BOUNDARY LAYER THEOR, P668

[10] RENEAU LR, 1967, T ASME D, V89, P141