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 …

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 …

• The cumulative footprint distance in east direction varied between 611 m and 1079 m
during stable condition and between 382 m to 512 m during unstable condition;• The …

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 …

The influence of surface contamination upon the mass transfer rate of a low diffusivity gas
across a flat surface is studied using direct numerical simulations. The interfacial mass …

The volume control tank (VCT) is an important facility in the primary circuit of nuclear power
plants. During the normal operation of nuclear power plants, the mass transfer between the …

Exchange of mass or heat across a turbulent liquid‐gas interface is a problem of critical
interest, especially in air‐sea transfer of natural and anthropogenic gases involved in the …

Air‐water gas‐exchange is studied in direct numerical simulations (DNS) of free‐surface
flows driven by natural convection and weak winds. The wind is modeled as a constant …

Evaporative cooling at the water surface is usually modelled by imposing a constant heat
flux at the surface. This boundary condition allows for variations in the water surface …

Evaporative cooling at the water surface is usually modelled by imposing a constant heat
flux at the surface. This boundary condition allows for variations in the water surface …