Direct numerical simulations with an immersed boundary-lattice Boltzmann method are used
to investigate the effects of particle rotation on flows past random arrays of mono-disperse …

Immersed boundary-lattice Boltzmann simulations are used to examine the effects of particle
rotation, at low particle Reynolds numbers, on flows in ordered and random arrays of mono …

Direct numerical simulations with a second-order immersed boundary-lattice Boltzmann
method are used to investigate the effect of particle fluctuation on flows in fixed random …

The angular velocity and the lift force on a spherical particle in rotating flows are studied by
numerical simulation to investigate the effects of the curvature of the streamlines and the …

This work describes the inertial effects on the rotational behavior of an oblate spheroidal
particle confined between two parallel opposite moving walls, which generate a linear shear …

The lift force on an isolated rotating sphere in a uniform flow was investigated by means of a
three-dimensional numerical simulation for low Reynolds numbers (based on the sphere …

The formation of inhomogeneities within fluidized beds, both in terms of the particle
configurations and flow structures, have a pronounced effect on the interaction force …

A freely rotating sphere in a solid-body rotating flow is experimentally investigated. When the
sphere is buoyant, it reaches an equilibrium position from which drag and lift coefficients are …

In this article, we investigate the motion of a solid spheroid particle in a simple shear flow.
Using a lattice Boltzmann method, we examine individual effects of fluid inertia and particle …

The drag and lift forces acting on a rotating rigid sphere in a homogeneous linear shear flow
are numerically studied by means of a three-dimensional numerical simulation. The effects …