.... Corresponding author Pablo A. Kler kler@cimec.unl.edu.ar 23 10 2025 08 03 2026 22 03 2026 © 2026 Emerald Publishing Limited 2026 Emerald Publishing Limited Licensed re-use rights only Multiphase flow Volume of fluid Computational fluid dynamics Deep neural networks...

...Ailian Chang; Qiangsheng Dong; Junshuo Zhang; Minglu Shao; Kambiz Vafai Purpose This study aims to investigate the mechanism underlying erosion caused by solid–liquid–gas multiphase flow in pipeline transportation. In CO₂ flooding projects, the process of pipeline oil transportation...

... = 1 2 v i ρ i α i Multiphase flow Heat pump Mixture model Carbon dioxide Natural refrigerants Two-phase ejector a = surface area vector; c = speed of sound; E = internal energy (kJ); h = specific enthalpy (kJ...

... is created along the free surface of the liquid bridge, which leads to a varying surface tension σ with gradient: The paper is structured as follows. Section 2 defines the mathematical model of the multiphase flow. Section 3 presents the discretization used to numerically solve the Navier...

... arm; 3 = Side arm; a = Air; G = Gas phase; L = Liquid phase; and w = Water. Multiphase flow is mostly observed in petroleum industries and heat transfer applications. In most of the scenarios, it is necessary...

... the solid wall (y^{+) is given as follows: (4) y + = 1 k ln   y + + 1.55 The time-dependent energy equation with convection and conduction terms is written as follows: Convective drying Coupled HMT CFD Multiphase flow The porous objects consist of solid part}...

... at: bartlomiej.melka@polsl.pl 02 04 2019 31 08 2019 23 09 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Blood flow CFD Multiphase flow Lumped parameter model Windkessel model CFD = Computational Fluid Dynamics; CoA...

... to be achieved. At the downstream end of the duct, the cross section is partially capped by a very thin flat plate, called the orifice plate, which includes a centrally positioned horizontal slit of aspect ratio of 10:1. Figure 1. Pictorial view of the physical situation Multiphase flow Heat...

...Luca Marioni; Mehdi Khalloufi; Francois Bay; Elie Hachem Purpose This paper aims to develop a robust set of advanced numerical tools to simulate multiphase flows under the superimposition of external uniform magnetic fields. Design/methodology/approach The flow has been simulated in a fully...

... _l is the volume associated to each heating point. The second part of the solution of (2) introduces the Eulerian heat source into the implicit part of the temperature equation yielding the final temperature field T k from: (Equation 8) Heat transfer Multiphase flow...

... by a line (plane in 3D) (Popinet, 2009), which is described by following equation: Milad Azarmanesh can be contacted at: milad.azarmanesh@gmail.com © Emerald Group Publishing Limited 2015 Multiphase flow VOF Double emulsion T-junction Viscoelastic DNS method Recently, many...

... in underground formations. Focus is placed on developing a numerical procedure, which is effectively mesh-independent and suitable to problems at regional scales. Design/methodology/approach – The averaging theory is utilized to describe the governing equations of the involved unsaturated multiphase flow...

... Received February 1993 Revised September 1993 2 7 0 E. DANIEL ET AL. of the flow field, in order to improve the design of liquid (or solid) rocket motors. One other centre of interest in such flows concern the multiphase flows due to injection of a dispersed phase into an initially one-phase flow1,2...