[1] 刘夷平. 水平油气两相流流型转换及其相界面特性的
研究[D]. 上海：上海交通大学，2008.
[2] Ullmann A，Brauner N. Closure relations for two-fluid
models for two-phase stratified smooth and stratified wavy
flows[J]. International Journal of Multiphase Flow，2006，
32（1）：82 105.
[3] Vlachos N A，Paras S V，Karabelas A J. Prediction
of holdup，axial pressure gradient and wall shear stress
in wavy stratified and stratified/atomization gas/liquid
flow[J]. International Journal of Multiphase Flow，1999，
25（2）：365 376.
[4] Mouza A A，Paras S V，Karabelas A J. CFD code application
to wavy stratified gas-liquid flow[J]. Chemical Engineering
Research & Design，2001，79（5）：561 568.
[5] Taitel Y，Dukler A E. A model for predicting flow regime
transitions in horizontal and near horizontal gas-liquid
flow[J]. AIChE Journal，2004，22（1）：47 55.
[6] Taitel Y，Dukler A E. A theoretical approach to the
Lockhart-Martinelli correlation for stratified flow[J]. International
Journal of Multiphase Flow，1976，2（76）：
591 595.
[7] Liné A，Lopez D. Two-fluid model of wavy separated twophase
flow[J]. International Journal of Multiphase Flow，
1997，23（6）：1131 1146.
[8] Shoham O，Taitel Y. Stratified turbulent-turbulent gasliquid
flow in horizontal and inclined pipes[J]. AIChE
Journal，1984，30（3）：337 385.
[9] Issa R I. Prediction of turbulent，stratified，two-phase flow
in inclined pipes and channels[J]. International Journal of
Multiphase Flow，1988，14（2）：141 154.
[10] Spedding P L，Spence D R. Flow regimes in two-phase
gas-liquid flow[J]. International Journal of Multiphase
Flow，1993，19（2）：245 280.
[11] Kowalski J E. Wall and interfacial shear stress in stratified
flow in a horizontal pipe[J]. AIChE Journal，1987，33（2）：
274 281.
[12] Andritsos N，Hanratty T J. Influence of interfacial waves
in stratified gas-liquid flows[J]. AIChE Journal，1987，
33（3）：444 454.
[13] Tzotzi C，Andritsos N. Interfacial shear stress in wavy stratified
gas-liquid flow in horizontal pipes[J]. International
Journal of Multiphase Flow，2013，54（3）：43 54.
[14] Benkirane R，Liné A，Masbernat L. Numerical modeling
of wavy stratified two-phase flow in pipes[J]. Chemical
Engineering Science，2000，55（20）：4681 4697.
[15] Sidi-Ali K，Gatignol R. Interfacial friction factor determination
using CFD simulations in a horizontal stratified
two-phase flow[J]. Chemical Engineering Science，2010，
65（18）：5160 5169.
[16] Ghorai S，Nigam K D P. CFD modeling of flow profiles
and interfacial phenomena in two-phase flow in pipes[J].
Chemical Engineering and Processing Process Intensification，
2006，45（1）：55 65.
[17] Newton C H，Behnia M. A numerical model of stratified
wavy gas-liquid pipe flow[J]. Chemical Engineering Science，
2001，56：6851 6861.
[18] Ng T S，Lawrence C J，Hewitt G F. Laminar stratified pipe
flow[J]. International Journal of Multiphase Flow，2002，
28（6）：963 996.
[19] Launder B E，Sharma B I. Application of the energydissipation
of turbulence to calculation of low near a spinning
disc[J]. Letters in Heat & Mass Transfer，1974，
1（2）：131 138.
[20] Launder B E，Spalding D B. The numerical computation
of turbulent flows[J]. Computer Methods Applied Mechanics
& Engineering，1974，3（2）：269 289.
[21] Strand Ø. An experimental investigation of stratified twophase
flow in horizontal pipes[D]. Norway：University of
Oslo，1993.
[22] Duan R X，Yu D，Wu H H，et al. Optical method for flow
patterns discrimination，slug and pig detection in horizontal
gas liquid pipe[J]. Flow Measurement and Instrumentation，
2013，32（8）：96 102.
[23] Vallée C，Lucas D，Beyer M，et al. Experimental CFD
grade data for stratified two-phase flows[J]. Nuclear Engineering
& Design，2010，240（9）：2347 2356.