The transportation of essential items, such as food and vaccines, often requires adaptive
multi-temperature control to maintain high safety and efficiency. While existing methods …

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

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 …

Resonant Stirling/thermoacoustic cycle engines show great potential in efficiently recovering
waste heat in small-or micro-scale applications. However, there is a significant research gap …

In oscillating flow cycle engines such as Stirling engines, nearly isothermal heat additions in
heat exchangers will produce irreversibility losses during the heat transfer processes and …

In this paper, a novel gas combustor with multiple nozzles is proposed to couple with a free-
piston Stirling electric generator (FPSG) for distributed power application. Due to the simple …

The efficient utilization of waste heat from industrial processes can provide a significant
source of energy savings for production plants, as well as be a driver of sustainable …

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

Waste heat recovery is vital for greenhouse gas emissions reduction and meeting increasing
power demands. Thermoacoustic engines present a promising solution. However, existing …

Portable electric power generator with a power level of several hundred Watts plays an
important role in outdoor activities, emergency relief and tactical power supply. As an …