Since the late 1960s, several enhanced–oil–recovery (EOR) researchers have developed
various continuum and pore–scale viscoelastic models for quantifying the altered injectivity …

Cost-effective manufacturing has become the primary objective for many industries using
composite materials in primary structures. To realize this objective, the trial and error …

The third edition of Bubbles, Drops, and Particles in Non-Newtonian Fluids provides
comprehensive coverage of the scientific foundations and the latest advances in particle …

A single fumed silica, consisting of spherical primary particles (∼ 10 nm diameter) which are
fused into aggregates (∼ 200 nm in diameter after mixing) was subjected to different surface …

Traditionally, the capillary model has been used to describe the permeability–porosity
relationship for porous media. Although this approach works reasonably well in flow through …

Laser Doppler velocimetry (LDV) and video flow visualization are used to investigate the
creeping motion of a highly elastic, constant-viscosity fluid flowing past a cylinder mounted …

Numerical simulation is used to investigate the flow of polymer solutions around a periodic,
linear array of cylinders by using three constitutive equations derived from kinetic theory of …

In this paper, flow of viscous fluids across an array of solid and porous circular cylinders,
which represents a porous media, is explored experimentally. The idealized array or bed of …

Using Lagrangian simulations of a viscoelastic fluid modeled with an Oldroyd-B constitutive
equation, we demonstrate that the flow through a closely spaced linear array of cylinders …

This work is concerned with deriving a macroscopic filtration law for describing transient
linear viscoelastic fluid flow in porous media. This is performed using a homogenisation …