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

With the great advantages and continuous innovations, prolific research efforts have been
devoted to the Stirling engine (SE) domain driven by the sustainability development. In this …

This study investigates acoustic impedance matching between a thermoacoustic Stirling
heat engine and a branch liquid column, using multiple regenerators. We characterize …

Water dispensers are considered essential. So, water dispensers that use vapor-
compression urgently need more energy-saving and environmentally friendly alternatives …

The development of cooling technology driven by low-grade heat sources and having a
straightforward structure is crucial for various cooling needs in rural areas. For this purpose …

Wet thermoacoustic engines are appealing thanks to their low operating temperature,
affordability and environmental benignity. A wet thermoacoustic Stirling engine (Wet-TASE) …

We begin with a brief description of the history of thermoacoustics, followed by a
classification of various thermoacoustic devices from viewpoints of their function and …

The thermal-lag Stirling engine is a type of external combustion engine that differs from
traditional Stirling engines in that it has only one cylinder and one piston. In the cylinder, a …

A liquid piston Stirling engine is an external combustion engine that uses air and water
under atmospheric pressure as its working fluids. Resulting from its uncomplicated design …

The liquid piston thermoacoustic stirling engine (LPTSE) is a type of Stirling engine that
utilizes the reciprocating motion of liquid columns within U-tubes instead of a traditional …