This article details the mathematical modeling and experimental validation of a liquid based
MEMS heat sink using wavy microchannels with pin-fins for cooling of microelectronic chips …

This work presents a liquid based MEMS (microelectromechanical systems) heat sink
having straight microchannel integrating square pin-fins for cooling of microelectronic chips …

This article investigates fluid distribution in multichannel microfluidic devices with U-shaped
manifolds. The parameters investigated include Reynolds number, microchannel width …

This work explains the simulation-based study to understand the thermohydraulic
characteristics (thermal resistance and pum** power) of a MEMS heat sink using …

This work proposes implementation of a passive heat transfer enhancement technique in
MEMS two-fluid parallel flow heat exchangers as well as model based investigation of the …

A MEMS heat sink having straight microchannels integrating sidewall cavities in staggered
pattern is conceptualized in this work and its thermal resistance and pum** power …

This work details a silicon-based MEMS heat sink having straight microchannels integrating
rectangular sidewall rectangular cavities in in-line pattern and employing water for thermal …

The increasing demand for high cooling performance and low power consumption in
microchips has driven research toward microchannel heat sinks. Previous studies have …

Simulation based work carried out in order to understand the thermohydraulic characteristics
of fluid flow in helical microchannel, with circular cross-section, that is subjected to constant …

With the fast integration and shrinkage of electronic equipment, managing heat has
emerged as a key roadblock to develo** microelectromechanical systems. This …