Magmatic sulfide deposits are generated by extraordinary accumulations of immiscible
sulfide liquids in ultramafic-mafic magmas. While their associated geochemical and …

Counter current flow limitation CCFL is an important phenomenon for numerous engineering
applications and safety of light water reactors. In particular, the possible occurrence of CCFL …

Simulations of two-phase (air and water) flow in a pipe are among the widely discussed
topics; however, with the increased understanding of multiphase flow in pipes, the …

A numerical simulation of the churn flow regime of air–water and R134a vapour–liquid
mixtures by means of the volume of fluid (VOF) method is presented. The focus of the paper …

Two-phase pipe flow is a common occurrence in many industrial applications such as power
generation and oil and gas transportation. Accurate prediction of liquid holdup and pressure …

Improved understanding of flow regime effects on design-influencing engineering quantities
is of primary importance. This work is focused on the numerical prediction of pressure …

Countercurrent flow limitation (CCFL) is experimentally investigated in large-diameter hot-
leg geometry. COLLIDER test facility consists of reactor vessel simulator (RVs), hot-leg pipe …

Wax deposition modeling is complicated under oil/gas two‐phase pipe flow and therefore
remains poorly understood. One‐dimensional empirical heat and mass transfer correlations …

A time-frequency signal processing method for two-phase flow through a horizontal Venturi
based on adaptive optimal-kernel (AOK) was presented in this paper. First, the collected …

This paper presents an analytical solution to estimate the liquid film thickness in two-phase
annular flow through a circular pipe using electrical resistance tomography. Gas–liquid flow …