Synthetic Jet (SJ) has emerged as a promising heat transfer enhancement fluidic device,
giving tough competition to other existing thermal management techniques. This paper aims …

The efficient and reliable thermal management of electronic devices presents a real
challenge despite potential solutions offered by several thermal management techniques …

This study focuses on the combined effect of the nozzle-to-plate distance and of the stroke
length on the cooling performances of impinging synthetic jets. Infrared thermography is …

Present experimental investigation reports the flow and thermal behavior of
electromagnetically actuated circular orifice synthetic jet involving sinusoidal and square …

This study investigates the flow characteristics and unsteady heat transfer of noncircular
synthetic jets impinging on a heated plate. Thermographic phosphor thermometry and time …

Extensive research has been carried out to meet the cooling demand of high heat flux
electrical and electronic devices. Among the emerging cooling technologies, synthetic jet …

This paper analyses the thermal behavior of impinging synthetic jet by employing various
orifice shapes such as circular, square, and rectangular for a given hydraulic diameter. The …

Synthetic jet, potentially useful in electronic cooling, is numerically studied considering
various waveforms for the purpose of heat transfer enhancement and compare to the …

This article presents an approach to the design and fabrication of synthetic jet devices
(SJDs) using rapid prototyping via additive manufacturing, marking the first study to employ …

This study experimentally investigated the combined effects of the wall temperature (T w 0)
and the orifice-to-wall distance (H/D) on the flow and heat transfer characteristics of an …