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Table 1

Experimental and theoretical studies on effect of pipe diameter on flow regime transitions in horizontal two-phase flow.

Author Dpipe (mm) Flow regime Temperature Pressure jf (m/s) jg (m/s) Aim of study
Al-Wahaibi et al. [17] 19, 25.4 Dispersed, Stratified 25 °C 5.5 (oil) and 1.0 mPa (water) 0.10–2.6 (water) 0.10–2.0 (oil) Examine diameter reduction on flow patterns
Deendarlianto et al. [5] 16, 26, 50 Separated, Intermittent Ambient temperature 0.03–0.30 0.7–10.0 Diameter effects on slug flow transition
Li et al. [18] 203.2 Stratified, Intermittent Ambient temperature Atmospheric pressure 0.1–1.75 0.02–3.0 Flow regime criteria for large pipes.
Taitel and Dukler [2] 12.5, 50, 300 Slug, Stratified, Annular 25°C Atmospheric pressure Predict five flow regime transitions
Woods et al. [26] 76.3, 95 Intermittent 15 °C Atmospheric pressure ≥0.5 >1.0 Slug flow and slug growth mechanisms
Jepson and Taylor [15] 300 Slug Ambient temperature Atmospheric pressure 0–3.0 Diameter influence on slug parameters
Barnea et al. [22] 4–12 Stratified Annular Ambient temperature Atmospheric pressure Stratified to annular transition
Mandhane et al. [1] 12.7–165.1 Stratified, Dispersed 0.001–7.3 0.04–170.7 Flow regime map for wide parameter
Brill et al. [34] 305, 406 Slug 85 °C 40.83 atm Understanding slug flow dynamics
Da Silva et al. [31] 27.3, 52.8, 81.3, 102.7 Stratified, Intermittent 0.02–6 0.15–15 Diameter effect on flow regimes

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