The injection of gas bubbles into a turbulent boundary layer of a liquid phase has multiple
different impacts on the original flow structure. Frictional drag reduction is a phenomenon …

Modeling of bubble-induced turbulence in dispersed gas–liquid multiphase flow is an
important but still unresolved issue. Aside from its intrinsic interest, turbulence in this type of …

The ability of a two-fluid Eulerian–Eulerian computational multiphase fluid dynamic model to
predict bubbly air–water flows is studied. Upward and downward pipe flows are considered …

In the present work, Euler–Euler modeling of bubbly flows is combined with a full Reynolds
stress model for the turbulence in the liquid carrier phase. Reynolds stress models have only …

It has been recognized that, generally, large particles enhance the turbulence intensity,
while small particles attenuate the turbulence intensity. However, there has been no …

The baseline model for the CFD-simulation of turbulent bubbly flows in the Euler-Euler
framework was proposed several years ago. It defines a fixed set of closures including all …

Multiphase flows are ubiquitous both in nature and industry. A broad range of interfacial
scales, ranging from fine dispersions to large segregated interfaces, is often observed in …

For the design of counter-current liquid–liquid extraction columns, there is a strong industrial
demand for more straightforward, faster and money-saving simulation methods. One …

Lift coefficients, CL, of single bubbles in linear shear flows are measured to investigate
effects of the bubble shape, the liquid velocity gradient and the fluid property on C L. The …

The simulation of free surface bubbly flows using a two-fluid model remains a challenging
problem in part due to the lack of a comprehensive air entrainment model that can predict …