When multiphase flows are modeled numerically, complex geometrical and operational
features of the experiments, such as the phase mixing section, are often not resolved in …

A detailed parametric sensitivity analysis reveals the effect on the numerically calculated
profile factor of ultrasonic flow meters of various modeling parameters such as mesh …

The most popular way to transport natural gas is to use pipelines. However, complex spatial
configuration of pipeline systems, as well as regulating devices and gate valves, break the …

In order to assess the limits and applicability of Pitot tubes for the measurement of flow
velocity in narrow ducts, eg, biomass burning plants, an optical, dual function device was …

In order to reduce greenhouse gas (GHG) emissions from producers in the energy and
industrial fields to mitigate climate change more effectively, accurate and reliable studies of …

The article discusses modeling procedures to capture the physical and chemical processes
present in operational measurement with a high-precision inductive flowmeter. In this …

A new type of inside and outside tubes differential pressure flowmeter was designed. The
throat structure and single-end pressure tapping method is proposed. Three-dimensional …

The computational fluid dynamics method is introduced to study the dynamic response of
pressure transmission tubes in compressible flow. A simple theoretical model based on the …

Increasing trade of liquefied natural gas (LNG) imposes stringent requirements for accurate
flow rate measurement of this high energy content fluid. To satisfy this demand, a flow meter …

The paper elaborates on experimental testing of the effect of the mixing chamber length of
the cylindrical flow conditioner on the shape of velocity profiles in the downstream pipeline …