Particle deposition in a fully developed turbulent duct flow was studied. The random walk
model of Lagrangian approach was used to predict the trajectories of 3000 particles with a …

Particle deposition in fully developed turbulent square duct flows is simulated using large
eddy simulation for Reynolds numbers, based on the bulk velocity and duct width, equal to …

Deposition of particles in turbulent duct flows is crucial process in a number of industrial and
environmental applications. Therefore, in this paper, particle deposition in a horizontal …

Numerical studies of transport and deposition of nano-and micro-particles in turbulence flow
field have been studied in the past few decades. In most current industrial applications …

Particle deposition in duct air flow over a forward-or backward-facing step was investigated
by Reynolds stress model with velocity fluctuation correction combined with discrete particle …

This paper presents the deposition rates of monodispersed particle in variable-section ducts
with different expanding and contracting ratios. The Eulerian-Lagrangian approach based …

This paper reviewed particle deposition behaviors and mechanisms in turbulent ventilation
duct flows. The main theoretical prediction models, experimental techniques and numerical …

Using Lagrangian traces of particle trajectories, the deposition of ellipsoidal particles in a
fully developed turbulent channel flow is analysed. The turbulent velocity field is simulated …

This study investigated the thermophoretic particle deposition efficiency numerically. The
critical trajectory was used to calculate thermophoretic particle deposition in turbulent tube …

The paper describes an experimental and theoretical study of the deposition of small
spherical particles from a turbulent air flow in a curved duct. The objective was to investigate …