The method to cool a high heat flux device is an important research direction for the heat
exchanger design. Micro-channels are an effective heat exchange structure both for single …

Two-phase flow in mini/micro-channels has been the flow configuration of choice for many
cooling applications demanding very high rates of heat dissipation per unit volume. Past …

An experimental investigation has been carried out on two-phase flow characteristics in a
100 μm diameter circular tube. Two-phase flow patterns were determined by video recording …

Previous models and correlations for the prediction of pressure drop in adiabatic and
condensing mini/micro-channel flows have been validated for only a few working fluids and …

The determination of single-phase friction factor of pipe flow is essential to a variety of
industrial applications, such as single-phase flow systems, two-phase flow systems and …

This paper is a part of a recent series of studies by the authors to develop universal
predictive tools for pressure drop and heat transfer coefficient for mini/micro-channel flows …

Two-phase flow hydrodynamics in vertical capillaries of circular and square cross sections
were experimentally studied, using air as the gas phase and water, ethanol, or an oil mixture …

Condensation in mini and microchannels has been investigated to improve utilization of
thermal energy and heat transfer in various disciplines and applications. The high heat …

Miniaturized chemical reactors, typically on-chip microchannel reactors have become
important for analytical and environmental monitoring, 1–4 as measuring devices for online …

Experiments of air water two-phase flow frictional pressure drop of vertical and horizontal
smooth and relatively rough pipes were conducted, respectively. The result demonstrated …