Gas-solid fluidized beds have drawn the attention of engineers and researchers as an
effective technology for a large variety of applications, and numerical simulations can play …

Coupled large eddy simulation and the discrete element method are applied to study
turbulent particle–laden flows, including particle dispersion and agglomeration, in a …

A CFD-based multiphase method for the numerical modeling and simulation of particulate
fouling of structured heat transfer surfaces is presented and validated using different …

The dynamics of dilute micron-sized spherical inertial particles in turbulent duct flows is
studied by means of direct numerical simulations of the carrier phase turbulence with one …

The present study is concerned with the development of a computational model for
predicting particle–wall adhesion (deposition) of aerosol particles in turbulent particle-laden …

A parallel direct-forcing fictitious domain method is applied in fully-resolved numerical
simulations of particle-laden turbulent flows in a square duct. The effects of finite-size heavy …

Interface-resolved direct numerical simulations of the particle-laden turbulent flows in a
square duct are performed with a direct-forcing fictitious domain method. The effects of the …

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 …

The flow field in a semi-circular duct is simulated by Large Eddy Simulation (LES) and its
particle field is simulated by Lagrange particle tracking method. Reynolds number Re b …

Behavioral modification effects for particle-laden turbulent flows are developed and
assessed through high-fidelity modeling using an implementation of the mirroring ghost-cell …