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 …

A unified fast transient simulation method for thermoacoustic and Stirling systems has been
developed, named time-domain acoustic-electrical analogy (TDAEA) method. From a …

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 …

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 …

Thermoacoustic electric generator is a novel heat-to-power conversion technology with
potential high efficiency and reliability, showing great potential in distributed power …

This work investigates a novel heat-driven multi-stage thermoacoustic cooler that can satisfy
cooling requirements in the applications of natural gas liquefaction and high-temperature …

The high temperature proton exchange membrane fuel cell (HTPEMFC) shows multiple
advantages over the traditional PEMFC. To achieve the waste heat effective utilization of the …

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 …

In this study an integrated transcritical carbon dioxide Rankine cycle, Stirling power cycle
and liquefied natural gas (LNG) regasification process has been introduced and analyzed …