prof.dr.ir. R.A.W.M. Henkes

Section:

Fluid Mechanics

Research:

The multiphase flow in pipelines is rather complex, and various flow regimes can occur ranging from well structured stratified flow to irregular slug flow. In the fluid flow lab the fundamental fluid mechanics of multiphase flow in pipelines are studied to answer practical problems appearing in the energy production industry, as well as in other industries (such as food, nuclear, civil). Models are being developed, ranging from approximating mechanistic models to a more complete approach with Computational Fluid Dynamics. Research items include: 

Computational Fluid Dynamics for multiphase flow
New numerical schemes and solvers for the one-dimensional flow equations
New numerical schemes for 3D modeling of flow instabilities and slugs

Liquid accumulation at low gas flow
PIV experiments in a pipe with a low bend
Deliquification of gas wells using foamers
Deliquification of gas wells using an annulus 

Complex flow phenomena
Pipeline cleaning with ball pigs or speed-controlled pigs
Turbulence and waves at liquid-liquid interfaces
Pipeline flushing
Two-phase phenomena for CO2 transport and storage

The work is carried out at 3mE in collaboration with other faculties, with industries (e.g. Shell), and with technology institutes (e.g. TNO, Deltares, CWI, Dynaflow Research). Master students who do their thesis work on this topic, can do (part of) their research work outside the university in industry or at a technology institute. 

Selection of recent master projects:

2019 – Justus van der Pol, Suppression of hydrodynamic and severe slug flow by using surfactants in flowline-riser systems.

2018 – Mengting Jiang, Numerical study of the flow around an undersized ball pig in a horizontal pipe.

2017 – Swen Konings, Numerical simulations of core-annular flow through a horizontal pipe.

2017 – Erik van Duin, Influence of oil viscosity on oil-water core-annular flow through a horizontal pipe.

2016 – Pim Peeters, CFD of multiphase flow: A comparison of solvers.

2014 - Coen Hennipman, Numerical results for various two-phase test cases using a mass-conserving level-set method.

 

Possible new master projects:

Experiments on accumulation and sweep-out of liquid in a low elbow of a gas/liquid pipeline 

Computational Fluid Dynamics for multiphase flow in pipelines

Multiphase flow in an annulus

Fluid mechanics of ball pigs

Liquid-liquid interfaces in twophase pipe flow

Experiments on suppression of liquid loading

PIV experiments for gas-liquid flow in a pipe

Flushing of pipelines

Multiphase flow aspects of CO2 storage

 

Selection of publications:

2018 - Schutte, K.C.J., Portela, L.M., Twerda, A., Henkes, R.A.W.M., Formation and break-up of rigid agglomerates in turbulent channel and pipe flows, J. Fluid Mechanics 857, 539-561.

2017 - Hendrix, M.H.W., Liang, X., Breugem, W.-P., Henkes, R.A.W.M., Characterization of the pressure loss coefficient using a building block approach with application to by-pass pigs, J. Petroleum Science and Engineering 150, pp. 13-21.

2016 - Oud, G.T., Van der Heul, D.R., Vuik, C., Henkes R.A.W.M., A fully conservative mimetic discretization of the Navier-Stokes equations in cylindrical coordinates with associated singularity treatment, J. Comp. Physics 325, 314-337.

2015 - Birvalski, M., Tummers, M.J., Delfos, R., Henkes, R.A.W.M, Laminar-turbulent transition and wave-turbulence interaction in stratified horizontal two-phase pipe flow.  J. Fluid Mech. 780, 439-456. 

2015 - Van Nimwegen, A.T., Portela, L.M., and Henkes, R.A.W.M. The effect of surfactants on air-water annular and churn flow in vertical pipes. Part 1: Morphology of the air-water interface. International Journal of Multiphase Flow 71, 133-145. 

2015 - Van Nimwegen, A.T., Portela, L.M., and Henkes, R.A.W.M. The effect of surfactants on air-water annular and churn flow in vertical pipes. Part 2: Liquid holdup and pressure gradient dynamics. International Journal of Multiphase Flow 71, 146-158. 

 

CV:

2018 – present: Principal Technical Expert Fluid Flow, Shell Projects & Technology, Amsterdam.

2008 – present: Part-time full professor at Delft University of Technology. 

2001 – 2018: Multiphase Flow Team Leader, Shell Projects & Technology, Amsterdam. 

1997- 2001: Multiphase Flow Team Member, Shell Global Solutions, Amsterdam. 

1995-1997: Associate Professor, Low-speed aerodynamics group of the Faculty of Aerospace Engineering at the Delft University of Technology. 

1993-1995: Senior Research Fellow of the Royal Netherlands Academy for Arts and Sciences. Low-speed aerodynamics group of the Faculty of Aerospace Engineering at Delft University of Technology. 

1990-1993: Junior Research Fellow of the Royal Netherlands Academy for Arts and Sciences. Heat-transfer group of the Faculty of Applied Physics at Delft University of Technology.

 

 

prof.dr.ir. R.A.W.M. Henkes