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

This review paper provides a detailed examination of the technological developments in
Stirling cycle heat pumps, highlighting their development, advances, and possible …

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 …

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

Heat-driven thermoacoustic heat pump (HDTAHP) is a promising heating technology with
high reliability. Current HDTAHP face the challenge of being relatively inefficient and not …

Thermoacoustic heat pumps (TAHPs) can be used for heating and/or cooling purposes.
Current designs of travelling-wave TAHPs normally employ a single acoustic driver and rely …

A dual acoustic driver thermoacoustic heat pump was constructed to investigate the effect of
acoustic field control on travelling wave thermoacoustic heat transport at a frequency of 100 …

Thermoacoustic is the science that studies the conversion of the heat into acoustical sound
and vice versa. The conversion of heat to acoustic power is done through Thermoacoustic …

Compared with passive control approaches, it is more convenient to control the heat
transport within the porous material of electrically-driven thermoacoustic refrigerators (TARs) …

Thermoacoustic refrigerators exploit the thermodynamic interaction between oscillating gas
particles and a porous solid to generate a temperature gradient that provides a cooling …