... ABSTRACT Computational Fluid Dynamics (CFD) are used to simulate flow-induced vibrations (FIV) in high-pressure multiphase pipe flow. Furthermore, empirical correlations from the literature is compared and validated against computational and experimental results. Based on the CFD results...

... will require a number of decisions associated to multiphase flow. production monitoring test case inclination fluid dynamics geometry snapshot show boundary condition production logging reservoir surveillance solver evolution initial condition simulation flow regime phase distribution...

... platform to the refinery, and in pipe separators where low velocities exist. fluid dynamics pipe flow dispersion evolution separation droplet mechanistic model voulgaropoulo prediction diameter average dense-packed zone interface upstream oil & gas artificial intelligence...

... control fluid dynamics flow in porous media barnea terminal velocity critical bubble diameter production monitoring gas void fraction upstream oil & gas diameter transition model production logging validation prediction machine learning artificial intelligence bubble diameter 1...

... infield flow line experiment multiphase flow flow assurance challenge fluid dynamics multiphase production technology superficial gas velocity equation of state holm upstream oil & gas production control pipeline frictional pressure drop fluid modeling water cut reservoir surveillance...

... transient behavior production control production logging gradient fluid dynamics sand transport model slug catcher liquid velocity sand holdup upstream oil & gas critical velocity particle correlation deposition reservoir surveillance flow assurance bhr group mpt2019 water-sand mixture...

... pump flow simulator fluid dynamics bhr group 18 artificial lift system specific speed transient simulation upstream oil & gas simulator fluid phase shutdown rotation speed ABSTRACT Electric Submersible Pumps (ESP) are widely used in the oil industry to lift the oil production...

... with different viscosities in a pipe. Journal of Fluid Mechanics, 141:309-317, 1984. [9] H. H. Hu, T. S. Lundgren, and D. D. Joseph. Stability of core-annular flow with a small viscosity ratio. Physics of Fluids A: Fluid Dynamics, 2.11:1945-1954, 1990. [10] K. Chen, R. Bai, and D. D. Joseph. Lubricated...

... evaluation mpt 2017 complexity fluid dynamics production logging information risk assessment production control risk management model accuracy upstream oil & gas accuracy viscosity prediction reservoir surveillance flow metering flow line th bhr multiphase conference production...

... flow is also very important to build models for flow assurance that can be used for equipment design. Computational Fluid Dynamics (CFD) is a powerful tool that can offer insight into flow behaviour. However, the use of CFD in the simulation of multiphase flow has been mostly implemented for small...

... offshore pipeline production logging superficial velocity complexification production control profile indicator fluid dynamics bhr group 2013 riser corrosion ABSTRACT Two discretisation methods have been proposed recently for the simplification of detailed gas-condensate pipeline elevation...

... for a Bingham material. Finally an erosion case is presented and discussed. particle momentum equation fluid dynamics fraction reservoir simulation phase velocity relation navier-stoke equation analytical solution richardson continuous flow model drift flux model sand bed bhr group 2013...

... and robustness are essential. two-phase flow holdup multiphase 15 df model solution surface horizontal flow fraction shi unified model prediction objective function optimized parameter flow model fluid dynamics artificial intelligence production logging multiphase flow bhr group 2011...

... optimization production logging real time system optimization multiphase flow slip relation reservoir surveillance flux upstream oil & gas flow rate production monitoring prediction equation flow regime simulator friction flowline fluid dynamics FlowManagerTM Dynamic: A multiphase flow...

... is relatively low umix 1≤m/s. It is found that for higher mixture velocities the phase fraction has a more radial distribution that is not captured by the model. flow metering bhr group 2009 production monitoring sedimentation velocity liquid-liquid interface mixture velocity fluid dynamics...

... viscosity production monitoring slug catcher mast drift velocity bhr group 2009 prediction viscosity upstream oil & gas multiphase production technology 14 bubble velocity fluid dynamics Motion of elongated gas bubbles over a horizontal liquid layer P Andreussi University of Pisa, Italy M...

... reservoir offshore pipeline fluid dynamics inclination pipeline indicator total climb discretization method original profile multiphase flow condensate reservoir pipeline profile upstream oil & gas dynamic simulation geometry pipe length 2009. BHR Group 2009 Multiphase Production...

.... slug equation production logging production control production monitoring entrainment multiphase flow issa superficial velocity slug frequency bhr group 2007 slug flow fraction multiphase production technology 13 water cut upstream oil & gas experiment bonizzi fluid dynamics...

... downhill section flow behavior fluid dynamics hilly-terrain pipeline dissipation production logging pipeline transient behavior smooth film top elbow section reservoir surveillance Experimental investigation of two-phase flow behavior at the top elbow of a hill configuration in a hilly-terrain...

.... Computational Fluid Dynamics (CFD) allows the prediction of the detailed flow field for virtually all locations within a multiphase flow system, but the results depend crucially on the appropriateness of the turbulence model. In the present study, the commercial CFD code COMET is employed to obtain detailed...