音響共鳴管内に置かれたスタックの温度分布 : 第2報, 広範囲な系統的実験と支配パラメータの導出

概要

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Systematic experiments were conducted on the temperature distribution along the stack in a simulated acoustic-resonance tube refrigerator under various system parameters, as a step of research works to construct fundamental basis for the reliable theory of thermoacoustic refrigerators. The measured temperature distributions were classified into five patterns for reference and were compared with the existing linearized theory. Both measured distribution pattern and discrepancy between the theory and experiments were closely related to Strouhal and Peclet numbers, which have close relationship to forced convection heat transfer. In particular, Strouhal number had a dominant influence on the temperature distribution, and small strouhal number gave good agreement between the theory and experiments. Thus these dimentionless numbers had a high potential for the improvement of the existing theory.
一般社団法人日本機械学会の論文
1998-07-25