Despite the increasingly rapid advances in the thermoacoustic field, heat transfer process in
thermoacoustic-based heat exchangers has not been fully understood yet. In this study, an …

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 …

While many previous research publications focused on develo** simple and inexpensive
acoustic refrigerator prototypes, the current state of play in the field reveals the need to …

The non-linear unsteady thermal field of a standing wave thermoacoustic engine (SWTE)
was investigated using a finite volume computational code in a two-dimensional domain …

Heat accumulation significantly affects the long-term stability of solid oxide fuel cell (SOFC)
during operation. Harvesting the waste heat for additional applications can provide dual …

The main objective here is to introduce and analyze a novel design to provide heat at higher
temperatures, via a thermoacoustic super-heater, supplied by industrial wasted heat. The …

This paper thoroughly investigates achieving acoustic matching in loudspeaker-driven
thermoacoustic refrigerators (LSDTARs), elucidating the coupling mechanism between the …

Computations of coupled phenomena between the fluid and acoustic interactions in the
cavity flow and heat conduction in the flat plates (stack) installed in the cavity were …

Abstract Design and optimisation of a co-axial travelling-wave thermoacoustic cooler
(TWTC) powered by a standing-wave thermoacoustic engine (SWTE) is conducted based on …