Heat sinks are important for efficient heat dissipation in electronic devices. Continuous heat
dissipation is of utmost importance to keep the electronic devices below the maximum …

The microchannel heat sink (MCHS) has the advantages of small heat transfer resistance,
high heat transfer efficiency and small size, which exhibits good heat transfer performance in …

In this study, the effects of forced convection heat transfer on the surfaces of pin plate heat
exchangers with different geometries modified to the heat exchanger form were …

In the present study, a water-cooled thermoelectric component model for air cooling is
established. To validate the present model, the results of transient and steady-state …

Heat sinks with built-in shape memory alloy vortex generators (SMA-VGs) can respond
intelligently to temperature variations in a channel without the need for external control …

The efficient thermal management of microelectronic devices is crucial for their reliability and
performance. Heat sinks, particularly those with inline and staggered fin arrangements, are …

Microchannel heat exchangers that are compact and have high efficiency have significant
application value in the cooling of high-power electronic components. In this study, a smart …

Studying turbulent heat transfer over rough surfaces is vital for enhancing heat transfer
efficiency in various practical applications. This research presents an in-depth examination …

The present numerical study explores the performance of fluid-structure interaction (FSI) in a
microchannel with an oscillating elastic wall. A two-dimensional (2D) Computational Fluid …

Interest in studies on more effective and faster heat dissipation in microelectronic equipment
has increased in recent years due to the cooling area and equipment size limitations. This …