[1] RUBIANDINI R S. New formula of surge pressure for determining
safe trip velocities[C]//SPE Asia Pacific Oil and
Gas Conference and Exhibition，Society of Petroleum Engineers，
2000.
[2] CRESPO F，AHMED R. A simplified surge and swab
pressure model for yield power law fluids[J]. Journal of
Petroleum Science and Engineering，2013，101：12 20.
[3] SANTOS H，LEUCHTENBERG C，SHAYEGI S．
Micro-flux control：the next generation in drilling process[
C]//SPE Latin American and Caribbean Petroleum
Engineering Conference． Society of Petroleum Engineers，
2003．
[4] CANNON G E. Changes in hydrostatic pressure due to
withdrawing drill pipe from the hole[J]. Drilling and Production
Practice，1934.
[5] BURKHARDT J A. Wellbore pressure surges produced
by pipe movement[J]. Journal of Petroleum Technology，
1961，13（6）：595 605.
[6] MITCHELL R F. Dynamic surge/swab pressure predictions[
J]. SPE Drilling Engineering，1988，3（03）：
325 333.
[7] SUN Yuxue，LI Qiming，ZHAO Jingyuan. New method
of predicting surge pressure apply to horizontal well
based on casson flow[J]. Natural Science，2010，2（12）：
1394 1399.
[8] 郝俊芳. 平衡钻井与井控[M]. 北京：石油工业出版社，
1992.
HAO Junfang. Balanced drilling and well control[M]. Beijing：
Petroleum Industry Press，1992.
[9] 樊洪海. 起下钻动态波动压力应用软件开发[J]. 石油钻
探技术，1995，23（4）：11 14.
FAN Honghai. Development of application software
for dynamic surge pressure while tripping[J]. Petroleum
Drilling Techniques，1995，23（4）：11 14.
[10] RASMUSSEN O S，SANGESLAND S. Evaluation of
MPD methods for compensation of surge and swab pressures
in floating drilling operations[C]. IADC/SPE Managed
Pressure Drilling & Underbalanced Operations，
2007.
[11] CRESPO F E，AHMED R M，SAASEN A，et al.
Surge-and-swab pressure predictions for yield-power-law
drilling fluids[J]. SPE Drilling & Completion，2012，
27（4）：574 585.
[12] WANG S J，CAO Q，BO K. Fluctuating pressure calculation
during the progress of trip in managed pressure
drilling[J]. Advanced Materials Research，2012，468：
1736 1742.
[13] 范军，油气井动态井控理论模型及计算机仿真研
究[D]. 南充：西南石油学院，1998.
FAN Jun. Oil and gas wells dynamic model of well control
theory，and computer simulation[D]. Nanchong：Southwest
Petroleum institute，1998.
[14] 陈家琅，陈涛平. 石油气液两相管流[M]，北京：石油工
业出版社，2010.
CHEN Jialang，CHEN Taoping. Petroleum gas-liquid
two-phase pipe flow[M]. Beijing：Petroleum Industry
Press，2010.
[15] KONG X，LIN Y，QIU Y，et al. A new model for predicting
dynamic surge pressure in gas and drilling mud
two-phase flow during tripping operations[C]. Mathematical
Problems in Engineering，2014.
[16] 平立秋，汪志明，魏建光. 欠平衡钻井多相流模型评
价分析[J]. 西南石油大学学报（自然科学版），2007，
29（1）：75 78.
PING Liqiu，WANG Zhiming，WEI Jianguang. The
evaluation of multiphase phase flow in under balanced
driling[J]. Journal of Southwest Petroleum University（
Science & Technology Edition），2007，29（1）：75 78.
[17] 石磊. 一种新型滑套开关工具及配套技术应用研
究[J]. 西南石油大学学报（自然科学版），2014，36（1）：
157 162.
SHI Lei. Application research on a new technology of
shifting sleeves[J]. Journal of Southwest Petroleum University（
Science & Technology Edition），2014，36（1）：
157 162.
[18] PÁLSSON B，HÓLMGEIRSSON S，GUÐMUNDSSON
Á，et al. Drilling of the well IDDP-1[J]. Geothermics，
2014，49：23 30.
[19] SANTOSO B. Pipeline leak detection in two phase flow
based on fluctuation pressure difference and artificial neural
network（ANN）[J]. Applied Mechanics and Materials，
2014，493：186 191.
[20] CAYEUX E，DAIREAUX B，DVERGSNES E. Automation
of drawworks and topdrive management to minimize
swab/surge and poor-downhole-condition effect[J]. SPE
Drilling & Completion，2011，26（4）：557 568.