The effect of hydrodynamic instabilities on the propagation of entropy waves through nozzles and on the generation of indirect combustion noise [PDF]
Duran, I, Morgans, A
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Proceedings of the 57th Annual Meeting of the Particle Therapy Cooperative Group (PTCOG): 21-26 May 2018, Hosted by Cincinnati Children's and the University of Cincinnati, part of the Cincinnati Cancer Center, Cincinnati, Ohio, USA. [PDF]
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Thermoacoustic Phenomena and Stirling Engines
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Additional Proceedings to the 56th Annual Meeting of the Particle Therapy Cooperative Group (PTCOG), 8-13 May 2017. [PDF]
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Modeling the operation of a thermoacoustic engine
Energy, 2017Abstract Thermoacoustic phenomena can be modeled by means of analytical closed-forms and numerical models. The analytical solution can be obtained with a minimum computational cost, whereas the numerical approach is computationally expensive. The former, however, provides an average solution along the engine, while within the numerical simulations ...
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Thermoacoustic travelling-wave cooler driven by a cascade thermoacoustic engine
Applied Thermal Engineering, 2013Abstract This paper proposes a novel configuration of a cooler driven by a cascade thermoacoustic engine. It consists of a standing-wave thermoacoustic engine, a travelling-wave thermoacoustic engine and a travelling-wave thermoacoustic cooler in series. The engines provide acoustic energy to drive the cooler.
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A miniature thermoacoustic stirling engine
Energy Conversion and Management, 2008A miniature thermoacoustic stirling engine was simulated and designed, having overall size of length 0.65 m and height of 0.22 m. The acoustic field generated in this miniature system has been described and analyzed. Some efforts had been paid to coupling and matching, and a miniature thermoacoustic engine and some extra experimental components have ...
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A cascade thermoacoustic engine
The Journal of the Acoustical Society of America, 2003A cascade thermoacoustic engine is described, consisting of one standing-wave stage plus two traveling-wave stages in series. Most of the acoustic power is produced in the efficient traveling-wave stages. The straight-line series configuration is easy to build and allows no Gedeon streaming.
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