There are different approaches and methods to predict the interface changes in two-phase
flows. Among these methods, volume-of-fluid (VOF) and level-set (LS) are some of the most …

Viscous flow with moving free surface is an important phenomenon in nature which has
broad applications in engineering. For these flows, temporal and spatial position of this …

A two-phase electrohydrodynamic flow in a corona discharge system of a sharp needle and
a water electrode is studied considering free interface deformation. The governing equations …

The commonly known volume of fluids (VOF) method in fluid mechanics applications is
extended to applications in solid mechanics. For this extension, we propose the name …

In this paper, a new advection algorithm is presented to model free surface flows using
volume of fluid method. To model the fluid flow, Navier–Stokes equations are solved as …

In this paper, modified volume of fluid method based on flux correct transport (FCT) and
Youngs' VOF (YV) method using new advection method are presented. These methods are …

In this study, the transformation of groupy waves and plunging breakers as they travel to a
breaking point in a coastal zone is two dimensionally investigated. The governing equations …

Abstract Compressive Interface Capturing Scheme for Arbitrary Meshes (CICSAM)[1] is a
numerical scheme which is extensively used in commercial computational fluid dynamics …

In the present study a rule-based fuzzy inference system is used to predict heat transfer and
entropy generation of stratified air-water flow in horizontal mini-channel as a function of a …

In finite volume SIMPLE algorithm a collocated data structure causes numerical oscillation in
pressure field. When SIMPLE algorithm is utilized, the discretized 2D and 2D depth …