The boundary element method was applied to study the motion of magnetic particles in fluid
flow under the action of external nonuniform magnetic field. The derived formulation …

We present an immersed interface method for solving the incompressible steady Stokes
equations involving fixed/moving interfaces and rigid boundaries (irregular domains). The …

Composite nanostructured particles can be produced by polymerization of particle-loaded
miniemulsion droplets. Breaking-up particle-loaded droplets is a challenge, because an …

Slow sedimentation of a deformable drop of Bingham fluid in an unbounded Newtonian
medium is studied using a variation of the integral equation method (Toose et al., J Eng …

The indirect boundary element method (IBEM) is formulated for a two-dimensional Stokes
flow with moving boundary in the presence of gravity. For simulation of the non-Newtonian …

We investigated the influence of a particle load of disperse phase drops on their
emulsification. Newtonian liquids were chosen for this investigation and a surfactant was …

We investigated the deformation of a strong shear thinning droplet undergoing simple shear
flow in a Newtonian liquid. The droplet was an aqueous solution of poly (ethylene oxide) …

In this work, we carried out numerical modeling of the large deformation of a shear thinning
droplet suspended in a Newtonian matrix using the constrained volume model. The adopted …

The study of deformation and flow is known as rheology. Professor Eugene Bingham
introduced the term in 1920 [1]. Rheology has evolved into a complex, multidisciplinary, and …

This paper presents a local Hermite radial basis function interpolation scheme for the
velocity and pressure fields. The interpolation for velocity satisfies the continuity equation …