In this work, experimental and three-dimensional numerical study is performed on single
phase liquid flow in two scenarios: heated diverging and heated converging microchannel …

This study proposes simple modifications in the design of inlet and outlet plenum and inlet
and outlet port orientations to suppress the instabilities in two-phase microchannel heat …

A three-dimensional computational module is undertaken to assimilate the hydrothermal
transport phenomena and performance characteristics of a single-phase laminar flow …

This work presents the numerical and experimental study of flow physics and
characterization in hourglass microchannels at different geometric and flow parameters such …

In this work, experiments and three-dimensional numerical calculations of fluid flow through
diverging microchannels were carried out with the aim of bringing out differences between …

Flow boiling suffers from the issue of instability due to the high rate of bubble generation in
confined spaces within microchannel heat sinks. The cyclic changes in flow regimes lead to …

In this study, the combined effect of nanostructure and inlet restrictor on reducing the
instabilities during flow boiling in parallel microchannel heat sinks is investigated …

The potential of diamond and hourglass microchannels from the second law perspective is
explored to amplify the effectiveness of the thermal device for various thermodynamic …

This study pertains to understanding the effect of wall conduction on heat rate distribution
through varying cross sectional area microchannel. Three-dimensional numerical …

Diverging and converging microchannels are becoming an important part of microdevices.
In this work, an experimental study of liquid flow through converging microchannels is …