In this study, the incorporation of a flexible baffle structure at the base of a microelectronic
channel is examined to determine its impact on thermal and fluid dynamics. The …

The study presents a novel fluid rotating microchannel heat sink (FR-MC) and reports its
heat transfer performance. The FR-MC features two cross ribs positioned in the channel …

Fouling is defined as unwanted deposition on the heat exchanger surfaces which retards the
heat transfer and declines its performance. In this investigation calcium carbonate (CaCO3) …

The combination of corrugated surfaces with nanofluid technology has attracted significant
interest as a means to develop more efficient and reliable thermal applications. A …

This study evaluates a heat exchanger design that combines the advantages of fractal
systems, known for their efficiency in fluid transport, with sinusoidal channels, recognized for …

In microchannel-based cooling devices, the response time exhibits distinctive variations
owing to the heterogeneous integration of the heat source and the heat sink. These …

Water is the secret of life. People demand more and more water. Solar stills generate
distilled water. The present project involved designing and evaluating a heat exchanger …

High heat flux devices necessitate efficient heat dissipation systems, with pool boiling
emerging as a promising method. Leveraging advancements in nanoscience, this study …

The numerical investigation of multistage-bifurcated microchannels with asymmetric
hotspots using TiO 2 nanofluid has been studied. The latest multi-core processors generate …