To investigate the initial development of the Rayleigh–Bénard–Marangoni (RBM) instability
in a relatively deep domain, direct numerical simulations for a large range of Marangoni and …

Gas–liquid mass transfer from spherical bubbles is studied by DNS for various Reynolds
numbers (1⩽ Re⩽ 300), Schmidt numbers (1⩽ Sc⩽ 500) and bubble surface contamination …

We present direct numerical simulation results of turbulent open channel flow at bulk
Reynolds numbers up to 12 000, coupled with (passive) scalar transport at Schmidt numbers …

Simulation of air–water interfacial mass transfer driven by high-intensity isotropic turbulence
Page 1 J. Fluid Mech. (2019), vol. 860, pp. 419–440. c Cambridge University Press 2018 doi:10.1017/jfm.2018.884 …

It is important to determine the transport mechanisms of dissolved gases through free
surfaces in open channels. Even though many physical and phenomenological models …

Oscillating grid apparatuses are well known and convenient tools for the fundamental study
of turbulence and its interaction with other phenomena since they allow to generate …

Turbulence is known to enhance gas-liquid mass transfer and mixing of high Schmidt
number dissolved gases in water by deforming the concentration boundary layer that …

In piezoelectric catalysis, the surface-bound charges induced by the piezoelectric effect will
affect the effectiveness of piezoelectric catalytic reactions. BaTiO 3 nanoparticles in this …

In many environmental flows, an air-water free surface interacts with a turbulent flow in the
water phase. To reproduce this situation, we propose an original experimental setup, which …

A predictive model was introduced to describe the dissolution of stably trapped bubbles in
corner cavities of pipe systems. Numerical simulations were executed to obtain the …