A thermo-acoustic engine is an alternative to a conventional Stirling engine, which uses a power piston and a second piston that shuttles air between the hot and cold parts of the engine. Instead, a thermo-acoustic engine uses a travelling sound wave to do the work of a displacement piston.
Thermoacoustic Stirling-Like Cycle Engines (TA-SLiCE) with the application of a methodology for energy analysis and optimization of thermo-acoustic devices, which does not exist so far in the specialized literature.
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Thermo-acoustic Stirlingengine (TASE) A schematic representation of a TASE has been given in Fig. 1. In general, this modern engine consists of pulse tube, resonator, regenerator, inertance, compliance, and…
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Thermo-acoustic Stirlingengine (TASE) A schematic representation of a TASE has been given in Fig. 1. In general, this modern engine consists of pulse tube, resonator, regenerator, inertance, compliance, and…
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Here we demonstrate an inexpensive thermoacoustic engine that employs the inherently efficient Stirling cycle1. The design is based on a simple acoustic apparatus with no moving parts.
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Both thermoacoustic and Stirlingengines have been identified as promising systems for the recovery of waste heat at low or moderate temperatures, 10 but a system like the one described…
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Thermoacoustic engines (sometimes called "TA engines") are thermoacoustic devices which use high-amplitude sound waves to pump heat from one place to another (this requires work, which is provided by the…
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Los Alamos National Laboratory has developed an " AcousticStirling Heat Engine" with no moving parts. It converts heat into intense acoustic power which (quoted from given source) "can be used…
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This paper presents a novel lumped mechanical model incorporating modern control theory to investigate performance and startup condition of thermo- acousticStirlingengines (TASEs).
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of acoustic power to its resonator with a thermal efficiency of 0.30, corresponding to 41% of the Carnot efficiency. At its most powerful operating point, it delivers 890 W to…
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