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

Thermoacoustic refrigeration is a clean cooling technology with high reliability. In this study,
a time-domain acoustic–electrical analogy (TDAEA) method is proposed and improved, then …

The present work considers the heat-driven acoustic characteristics and dynamic thermal-
fluid flow fields in a twin standing-wave thermoacoustic engine (TSWTAE). Emphasis is …

The search for a diversified and sustainable technology for energy utilisation is crucial for
reducing the consumption of fossil energy. This research proposed a novel heat-driven …

Introducing a phase-change component to thermoacoustic regenerators or stacks increases
the complexity of the thermoacoustic conversion process, and currently the analysis of …

In the face of urgent global environmental challenges, the pursuit of sustainable
technologies has become of utmost importance. Thermoacoustic technology has emerged …

This study estimates the amplitude saturation process of spontaneous pressure oscillations
in the thermoacoustic Stirling engine, which harnesses a stack-screen regenerator, after the …

As a type of distributed power generation device, free-piston Stirling generator (FPSG) is
characterised by compactness, high efficiency, and long life. This work devotes to exploring …

Thermoacoustic engines (TAEs) are heat-driven devices that rely on a temperature gradient
in the porous material to initiate acoustic oscillations in the resonance tube. This study …

Free-piston Stirling generator (FPSG) is a promising distributed power generation system
with compact configuration and high efficiency. In a new perspective on thermoacoustics …