The present work experimentally and numerically investigates the local heat transfer
enhancement induced by a piezoelectric fan interacting with a cross flow in a local heated …

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 …

This paper presents the experimental and numerical studies on the convection heat transfer
enhancement of air channel flow using a piezoelectric fan. Significant improvements in …

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 …

Due to the lack of studies on the thermal and hydraulic performances of roughed surfaces
subjected to the piezoelectric fan in the presence of forced channel flow, an experimental …

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

Piezoelectric fan is widely used in the heat removal of high-temperature devices for its
advantages of simple structure, low energy consumption, low noise, and good wind …

An experimental and numerical investigation is performed in the current study to further
explore the convective heat transfer performance by a vertically-oriented piezoelectric fan in …

Experimental work was carried out to investigate the convection heat transfer enhancement
of channel flow using a piezoelectric fan oriented along the streamwise direction. The …

Nowadays, almost everything was run by electronic-based devices regardless of its size and
applications, functioning for kids to adults and operating throughout the days and nights. It is …