The relation between the Reynolds number and differential producer discharge coefficient
was obtained through solutions to the steady, Reynolds-averaged Navier–Stokes equations …

A perforated orifice is promising in measuring flowrates accurately as a differential pressure
device. In this study, the discharge coefficient of a perforated orifice, characterizing the …

When the elongated bubbles and liquid slugs of slug flow alternately flow through a throttling
element, the strong random fluctuations of pressure difference leads to low accuracy of …

This paper describes the numerical studies to establish the effect of upstream elbow fittings
on the performance of the cone flowmeter. Different combinations of elbows were installed …

The flow rate measurement of the liquid hydrogen (LH 2) is of significance for the effective
and safe operation of the systems dealing with massive liquid hydrogen, eg, hydrogen …

Parameter measurement of gas–liquid two-phase flows with a high gas volume fraction
(GVF) has received great attention in the research field of multiphase flow. The cone meter …

Computational Fluid Dynamics (CFD) has emerged as a revolutionary tool for optimizing the
design of any flowmeter for given conditions. The flow features obtained with CFD are more …

In this paper, a method of mass flow measurement was presented based on swirl motion
motivated by specific shapes of swirlers. The measuring principle of the method has been …

The present study has been carried out to optimize the shape of the cone body by providing
a curved surface (the radius of curvature (R)) at the base of the cone element for improving …

Standard orifice flowmeter has been widely used in the field of natural gas metering.
However, the traditional stainless steel orifice flowmeter (TSSOF) is not resistant to wear and …