In this paper, the deformation of an isolated single two-dimensional droplet under simple
shear flow is studied regarding the thixotropic behavior. In doing so, a modified consistent …

The present communication particularizes nonlinear convective non‐Newtonian stagnation
point flow and heat transference effects in stretchable flow of nanofluid …

In this article, we present an unconditional energy stable numerical method for the coupled
Cahn–Hilliard system for homopolymer and copolymer mixtures in two-and three …

Particle methods for high-viscous free-surface flows are of great use to capture flow
behaviors which are intermediate between solid and liquid. In general, it is important for …

High-speed planetary mixers can rapidly and efficiently combine rheological liquids, such as
polymer resins and paste materials, because of the large centrifugal forces generated by the …

The present study is concerned with the numerical simulation of thermal effects of blades on
the mixing process in micromixers with circular and elliptical chambers. Simulation of the …

Numerical simulation model for sand flow was developed based on the MPH-I (Moving
Particle Hydrodynamics for Incompressible flows) method, which is one of the particle …

In the present study, the mixing process of two-phase flow in active micromixers with straight
and wavy channels is investigated, using the meshless method of SPH. Active micromixers …

This study may be applicable in heavy power engine and cooling of a nuclear reactor,
insulation for buildings, petroleum reservoir operations, and magnetic material processing …

Particle methods, benefiting from the Lagrangian meshfree framework, have gained
widespread application in free-surface flow simulations. Nonetheless, accurately modeling …