Piezoelectric fan is a promising option for cooling microelectronic devices owing to its
unique features such as no electromagnetic noise, low power consumption and minimum …

A combination of experimental and numerical analyses is conducted to investigate the
coupled effect of side gap (Gs) and tip gap (δ) on the performance of a piezoelectric fan in …

A piezoelectric fan is an attractive device to remove heat from microelectronic systems due
to its low power consumption, minimal noise and compactness. In the present study, a …

Piezoelectric fans have emerged as a viable cooling technology for the thermal
management of electronic devices, owing to their low-power consumption, minimal noise …

This study reports on the influence of dual vibrating fans on flow and thermal fields through
numerical analyses and experimental measurements. Two piezoelectric fans were arranged …

The heat transfer of pin-fin heat sinks cooled by dual piezoelectric fans is investigated
experimentally by infrared thermography. The effects of the phase difference, the …

Piezoelectric fans can be manipulated to generate airflow for cooling microelectronic
devices. Their outstanding features include noise-free operation, low power consumption …

Piezoelectric fans have emerged as a viable cooling technology for the thermal
management of electronic devices with their low power consumption, minimal noise …

The transient flow structure and heat transfer of plate-fin heat sinks cooled with dual
piezoelectric fans (piezofans) have been investigated experimentally. The analysis …

Piezoelectric fans have been widely considered for electronics cooling as a stand-alone
cooling device with its advantages over conventional rotary fans, such as low power …