...@arizona.edu 10 10 2025 08 01 2026 19 01 2026 © 2026 Emerald Publishing Limited 2026 Emerald Publishing Limited Licensed re-use rights only Two-phase flow Phase-field method Cahn−Hilliard−Navier−Stokes Periodic and chaotic dripping Drop impact MOOSE National...

...Umair Khan; William Pao; Karl Ezra Salgado Pilario; Nabihah Sallih; Muhammad Rehan Khan Purpose Identifying the flow regime is a prerequisite for accurately modeling two-phase flow. This paper aims to introduce a comprehensive data-driven workflow for flow regime identification. Design...

... works. Computational fluid dynamics Confined droplets Electrohydrodynamics Two-phase flow Qianqian Cao can be contacted at: cao.qianqian@foxmail.com 24 03 2022 17 10 2022 12 11 2022 © Emerald Publishing Limited 2022 Emerald Publishing Limited Licensed re-use...

... Publishing Limited Licensed re-use rights only Two-phase flow Viscoelastic fluids Giesekus rheological model Numerical simulation Consistent WC-SPH Drop deformation Drop deformation under shear flow is encountered in emulsification, suspension rheology, biological media and mixing (Rallison...

... of fraction of air (F_{a) and (Fw) in the side arm. Prediction accuracy is also addressed in terms of the R² value. Diameter ratio T-junction Two-phase flow Geometry effects Volume of fluid Liquid carryovers CFD Phase separation Multiphase flow Air–water flow}...

... separation efficiency. (1) F G = W G 3 W G 1 Diameter ratio T-junction Two-phase separation Geometry effects Separation efficiency Liquid carryovers Velocity ratio CFD Phase separation Multi-phase flow Two-phase flow Air-water flow Figure 4...

.../water two-phase flow but the general results should be applicable for wider application. Practical implications The proposed design limited excessive workover and installation for current and existing T-junction. Hence, cutting down installation cost while improving the separation efficiency...

...Xuejuan Li; Ji-Huan He Purpose The purpose of this paper is to develop an effective numerical algorithm for a gas-melt two-phase flow and use it to simulate a polymer melt filling process. Moreover, the suggested algorithm can deal with the moving interface and discontinuities of unknowns across...

...Jingfa Li; Tao Zhang; Shuyu Sun; Bo Yu Purpose This paper aims to present an efficient IMPES algorithm based on a global model order reduction method, proper orthogonal decomposition (POD), to achieve the fast solution and prediction of two-phase flows in porous media. Design/methodology...

... parameter on suspension damping response. Design/methodology/approach To parameterization nonlinearities of the suspension, the author developed a two-phase flow model of a large-scale HPS based on computational fluid dynamics and volume of fluid method. Considerable effort was made to verify...

... passage optimization design. Zhonghe Han can be contacted at: hanzhonghe@ncepu.edu.cn 29 03 2019 04 05 2019 04 05 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Condensation Two-phase flow Steam turbine Wet steam Non...

... the Reynolds number. Nanofluid Heat transfer Microchannel Two-phase flow Flow and heat transfer of fluid inside a wavy channel was numerically studied by Mohamed et al. (Nabou et al., 2013), and it was shown that in the entrance region of channel, the local Nusselt number...

... between the condensation shock wave and the pneumatic shock wave. The calculation and measurement of wet steam two-phase flow has been conducted by the Central Electricity Research Laboratories (Moore and Sieverding, 1987), MINES ParisTech (Luca et al., 2017), the University of Birmingham...

... the framework of WENO wavelet adaptive method to a fully hyperbolic two-phase flow model in a conservative form. The grid adaptivity in each time step is provided by the application of a thresholded interpolating wavelet transform. This facilitates the construction of a small yet effective sparse point...

... simulation Two-phase flow Baker’s chart Oil-gas flow VOF technique A = Pipe cross-sectional area (m^{2); D = Pipe diameter (m); F = External body forces (kg/(m2 s2)); f_S = Liquid slug frequency (1/s}...

..., interphase momentum and interphase heat and mass transfer exchanges. To attain a higher level of accuracy in two-phase flow CFD simulations, the intersection marker (ISM) method was developed. The ISM method has cell-by-cell remeshing capability that is volume conservative, maintains surface continuity...

... and temperature distribution. Design/methodology/approach A numerical simulation with Phoenics software was applied for modeling of liquid phase movement and heat exchange between the gas supplied through a lance and the slag feed in a top submerged lance (TSL) furnace. The simulation of a two-phase flow...

...Mohamed El-Amin; Jisheng Kou; Shuyu Sun Purpose This paper aims to introduce modeling, numerical simulation and convergence analysis of the problem of nanoparticles’ transport carried by a two-phase flow in a porous medium. The model consists of equations of pressure, saturation, nanoparticles...

...Mehdi Jamei; H Ghafouri Purpose – The purpose of this paper is to present an efficient improved version of Implicit Pressure-Explicit Saturation (IMPES) method for the solution of incompressible two-phase flow model based on the discontinuous Galerkin (DG) numerical scheme. Design/methodology...

.../implications – The work illustrates incompressible two-phase flow behavior and the capillary pressure heterogeneity between different geological layers is assumed to be negligible. Practical implications – The proposed model can efficiently be used for modeling of two-phase flow in secondary recovery...