Two-phase flow in pipelines is very common in the oil and gas industries. Void fraction is
one of the important parameters in two-phase flow. Measurement of void fraction plays an …

We demonstrate a concept potentially suitable for detecting in-cloud ice and indication of ice
accretion rate within a laboratory setting. The concept measures the change in capacitance …

The paper presents a novel twofold use of the photographic technique for flow boiling heat
transfer investigation in the horizontal mini-channel. The dedicated measurement system …

The paper presents the experimental analysis and the characterization of an electrical
capacitance probe (ECP) that has been developed at the SIET Italian Company, for the …

The present invention relates to a method and system for determining the void fraction of a
multi-phase system in a channel. The method comprises the steps of measuring a void …

Multiphase fluid flows occur in biomedical, chemical and process applications,
refrigeration/air conditioning systems, and heat pipes. The design of mini/microreactor …

An experimental facility was designed and constructed with aims of to calibrate a
capacitance probe for gasliquid flow void fraction measurements. The facility is composed of …

Monitoring cavitation in the flow channel of industries like hydro-power plants and industries
with large liquid cooling systems, is an important and crucial task. Cavitation is responsible …

The design of engineering systems, involving two-phase flow, such as nuclear water
reactors, requires the ability to model and predict the detailed behavior of those flows and …

This article focuses the project, construction and tests of a capacitance probe for void
fraction measurement and two-phase flow assessment in a natural circulation loop. Two …