We perform two-way coupled direct numerical simulation of particle-laden flow in an open
channel at a friction Reynolds number (). The spatial structures are investigated with …

To investigate the transport of heavy small particles (inertial particles) in high-Reynolds-
number wall turbulence, we conduct direct numerical simulations of inertial particles in …

Large-eddy simulation of a particle-laden flow over an erodible bed is performed to
investigate the effect of heavy, saltating particles on turbulence modulation, using the …

A turbulent duct flow laden with small heavy inertial particles (Re τ≈ 570, St+≈ 50, d p+≈
0.3, St≈ 12, and dp/η≈ 0.17) is studied computationally and experimentally. We examine …

A model based on a convolutional neural network (CNN) is designed to reconstruct the three-
dimensional turbulent flows beneath a free surface using surface measurements, including …

Two-way coupled direct numerical simulation of turbulence in a horizontal open channel
with Lagrangian tracking of heavy particles is performed to study the joint influence of …

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 addition of particles to turbulent flows changes the underlying mechanism of turbulence
and leads to turbulence modulation. The important parameters are particle Stokes number …

Direct numerical simulations two-way coupled with inertial particles are used to investigate
the particle distribution and two-way coupling mechanisms in turbulent open channel flow. In …

Point-particle direct numerical simulations of horizontal open-channel turbulence two-way
coupled with inertial particles (St+= 1, 31, 100) are performed to investigate the effects of the …