Understanding of heat transfer processes between a solid boundary and an oscillatory gas
flow is important for the design of internal components such as heat exchangers …

This work aims to develop reliable laser-based measurement techniques to enable
fundamental heat transfer and fluid flow studies in thermoacoustic systems. The challenge is …

To better understand the hydrodynamics in a Dynamic Filtration module (DF), a local
investigation within a complex and confined module named Rotating and Vibrating Filtration …

This research investigates the effectiveness of a spanwise array of synthetic jet actuator
(SJA) for the control of boundary layer separation over a circular “hump” model. The …

This paper addresses the issues of heat transfer in oscillatory flow conditions, which are
typically found in thermoacoustic devices. The analysis presented concerns processes …

The exploitation of flow pulsation in low-Reynolds number micro/minichannel flows is a
potentially useful technique for enhancing cooling of high power photonics and electronics …

This paper investigates vortex shedding phenomena occurring at the end of the parallel-
plate thermoacoustic stacks, in oscillatory flow conditions induced by an acoustic standing …

This work focuses on the predictions of turbulent transition in oscillatory flow subjected to
temperature gradients, which often occurs within heat exchangers of thermoacoustic …

An experimental investigation has been carried out to study the flow characteristics of a
diffusion flame under acoustic excitations. High speed direct imaging, high speed schlieren …

This paper describes the development of an experimental arrangement and the application
of acetone-based planar laser-induced fluorescence (PLIF) measurement techniques to …