Thermoacoustic engines attract much attention for their lack of moving parts and relatively
benign environmental impact. In this review, an introduction of the thermoacoustic effect is …

The existence and development of modern society require significant amounts of available
energy. Combustion engines are the main sources of heat. Their operation is accompanied …

Heat transfer characteristics in cryogenic oscillating flow is essential to the development of
high-efficiency cryocoolers. In this study, the heat exchanger performance in cryogenic …

Thermoacoustic systems represent a promising technology for clean cooling and/or power
generation. However, understanding of the behavior of oscillatory flow inside the system …

Heat exchangers under oscillatory flow condition in thermoacoustic devices are quite
different with the traditional ones in heat transfer and flow behavior of thermo-viscous fluid …

The cascading pulse tube cooler (CPTC) with a transmission tube has the advantages of
high efficiency by energy recovery and high reliability by introducing no extra moving parts …

This work is concerned with an experimental investigation of the thermal performance of two
thermoacoustic heat exchangers characterized by different pore geometries, namely a …

The non-linear behavior of the temperature field in a thermoacoustic engine core is explored
using computational fluid dynamics (CFD) simulations; the effect of that behavior on heat …

This paper is concerned with the phenomenon of heat transfer augmentation in one-
dimensional unsteady and conjugate fluid–solid systems. The overriding purpose is to …

Heat exchangers (HXs) constitute key components of thermoacoustic devices and play an
important role in determining the overall engine performance. In oscillatory flow conditions …