Computational Methods in Multiphase Flow

Multiphase flow systems: Boundary element method numerical model based on mixture theory of two-phase flow; Front tracking for multiphase fluid mixing; A finite-volume based computational model for one dimensional, unsteady two fluid flow in a pipe; A mathematical model of particle transport in electrostatic spray coating; Numerical analysis of powder deposition in blast furnace by using multi-fluid process simulator; Large-eddy simulation of multiphase flows in complex combustors; Numerical modelling of liquid-liquid flow related to countercurrent chromatography (CCC); Spreading of a viscous liquid film over the corrugated surface; Dispersion and coalescence of two pulses of spherical solid particles dropped successively into an initially quiescent liquid; Simulation of particle-laden gas flows in an anti-abrasive elbow; Spectrum of acoustic noise excited by collapse of spherical bubble in viscoelastic liquid; Numerical modeling of formation and movement of vortex rings using a shock tube. Multiphase flow and heat transfer: Numerical simulating for three kinds of phase-change heat transfer problem in two-phase flow; Experimental and numerical investigations in the near-burner region of a versatile multi fuel burner. Particle-flow interaction: Simulation of settling and break-up of suspension drops in a fluid; Vortex method for Lagrangian-Lagrangian simulation applied to internal liquid-solid two-phase flow; Transport phenomenon of two-dimensional circular particle moving in axially rotating drum filled with viscous fluid; DNS study of interactions between clouds of particle and isotropic homogeneous turbulent flow; Interaction of flow with mobile bottom in the river mouth; Modelling and simulation of gas-solid flows in riser reactors. Suspensions - experiment and theory: Direct evaluation of lubrication forces in asymptotically corrected completed double layer boundary integral equation formulations; Dynamics of particle suspensions in heterodyned triaxial magnetic fields; MRI studies of sedimenting suspensions. Continuum suspension models: Particle migration rates in a Couette apparatus; An ellipsoidal droplet model for dilute emulsions: application to complex mixing flows; Development of a frame-invariant suspension flow model; One-dimensional analysis of a continuum model for structure in electrorheological fluids. Interface phenomena: Approximation of multicomponent fluid flows with a varying coefficient of interfacial tension; The role of solid substrate on the spreading kinetics of liquid droplet. (part contents)