Thermoacoustic heat engines can convert thermal energy into acoustic power or vice versa
with advantages of high reliability and low environmental impact. In conventional …

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

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 …

Recovery heat from exhaust gas is a promising field in the context of global deepening of
energy conservation and emission reduction. Small scale and cascade temperature …

Thermoacoustic technology is a promising clean energy solution for the recovery of low-
grade heat from renewable energy sources and waste heat. Existing methods for simulating …

A small-scale, energy-efficient and reliable refrigeration system is required for on-site
liquefaction of natural gas in distributed stations. The thermoacoustic refrigerator is regarded …

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 …

Thermoacoustic technology is a promising approach for environmentally-benign, low-cost
heat pumping. Herein, we present a theoretical investigation on phase-change …

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