Abstract The Navier-Stokes equations for incompressible flow are considered as a well-
posed initial/boundary-value problem, reviewing the results of recent analytical and …

Particle settling velocity is a fundamental parameter in sedimentology and engineering, and
has accordingly received much attention in the literature. Grain properties, such as shape …

A second-order accurate, highly efficient method is developed for simulating unsteady three-
dimensional incompressible flows in complex geometries. This is achieved by using …

A new immersed-boundary method for simulating flows over or inside complex geometries is
developed by introducing a mass source/sink as well as a momentum forcing. The present …

Bubbles, Drops, and Particles in Non-Newtonian Fluids, Second Edition continues to
provide thorough coverage of the scientific foundations and the latest advances in particle …

This work reports results of numerical simulations of viscous incompressible flow past a
sphere. The primary objective is to identify transitions that occur with increasing Reynolds …

This work reports the first part of a series of numerical simulations carried out in order to
improve knowledge of the forces acting on a sphere embedded in accelerated flows at finite …

We consider the instability of the steady, axisymmetric base flow past a sphere, and a
circular disk (oriented broadside-on to the incoming flow). Finite-element methods are used …

We present a novel iterative immersed boundary (IB) method in which the body force
updating is incorporated into the pressure iterations. Because the body force and pressure …

Three-dimensional numerical solutions have been obtained for steady, linear shear flow
past a fixed, heated spherical particle over a wide range of Reynolds number (0.1 [les] R …