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Titre: Numerical investigation of a standing-wave thermoacoustic device
Auteur(s): Dar Ramdane, Mohamed Zouhir
Mots-clés: Thermoacoustic device
stack temperature gradient
acoustic power
Date de publication: 6-Jul-2015
Editeur: University of sciences and technology in Oran
Résumé: A numerical study of a standing-wave thermoacoustic engine is presented. The aim of this work is to study the effect of increasing the heat exchangers length on the acoustic power. The analysis of the flow and the prediction of the heat transfer are performed by solving the non linear unsteady Navier-Stocks equations using the finite volume method implemented in -ANSYS CFX- CFD code. The results show an increase in the limit cycle acoustic pressure and power as well as the specific work per cycle with the increase of heat exchangers length.
Appears in Collections:Thèses doctorat

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