In this article, a comprehensive review of the computational fluid dynamics (CFD)-based
modeling approach for thermoacoustic energy conversion devices is proposed. Although …

Heat-driven thermoacoustic refrigerators (HDTARs) are not widely utilized in the
refrigeration industry despite their high potential to utilize medium-and high-grade heat …

This study focuses on the design, optimization, and analysis of a heat-driven thermoacoustic
refrigerator system to be used in a medium-size Combined Heat and Power (CHP) system …

High fidelity CFD analysis is done to investigate the coupling of a thermoacoustic engine
and refrigerator (TAE & TAR) within a straight tubular quarter-wavelength resonator under …

Thermoacoustic devices are converters of thermal energy into acoustic energy and vice
versa. Although these machines contain simple components, the design of these machines …

The stack is a crucial component of the thermoacoustic heat engine, influencing its capacity
to generate stable pressure amplitude and enhance efficiency. Utilizing the discontinuous …

Thermoacoustic refrigeration systems are one of the best alternative solutions for
conventional refrigeration systems that are harmful to the environment and humans due to …

Thermoacoustic air-to-water air source heat pumps (TAWASHP) are the eco-friendly, simple,
compressor less, low cost and likely looking future substitute for the existing compressor …

Thermoacoustic refrigeration is among the best alternatives to conventional refrigeration
systems because of the use of inert gases for instance helium or air. On the contrary …

The resonator is one of the key components of thermoacoustic machines and the choice of
its geometry is of course of crucial importance, as it determines the way the machine …