Latest developments in thermoacoustic devices have demonstrated comparable power
output and efficiency, but higher reliability and lower cost when compared to conventional …

ABSTRACT Thermoacoustic Stirling engines (TASEs) are the acoustic equivalents of Stirling
engines. They have attracted much attention from researchers due to their unique features …

Waste energy recovery is crucial for reducing greenhouse gas emissions and alleviating the
increasing demand for central power grids. In the paper, theoretical analyses have been …

In a thermoacoustic system, the working gas is the carrier for the conversion between
thermal energy and acoustic power. It is therefore important to explore the influence of …

Resonant Stirling/thermoacoustic cycle engines show great potential in efficiently recovering
waste heat in small-or micro-scale applications. However, there is a significant research gap …

Recovering low-grade heat from renewable energy sources and waste heat is crucial for
improving energy utilizing efficiency as well as reducing CO 2 emissions. Conventional …

The present work focuses on enhancing thermo-acoustics energy conversion performance
and nonlinear dynamics of heat-driven acoustics oscillations in standing-wave …

A small-scale, heat-driven cooling system is required for on-site liquefaction of
unconventional natural gas in a distributed station. To meet such demands, we propose a …

Performance of thermoacoustic (TA) systems are very complex, and their performance
optimization is a difficult task, and most TA systems have relatively very low efficiencies. The …

There is a critical need for environmentally benign, cost-effective technologies to utilize the
vast amount of untapped low-grade heat sources. In this work, we report a novel travelling …