4623 水スターリング熱機関の動作特性 : 共鳴管長さの影響(G06-5 熱・流動現象(1),G06 熱工学)

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概要

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• A water-type Stirling engine is replaced the power and displacer pistons with water columns. Therefore, it has no mechanical moving part in its compositions. It is known that resonance tube length influences the performance of water-type Stirling engine, but the effect of resonance tube length upon the performance has not been examined in detail. In this paper a series of experiments was performed with changing the resonance tube length. The result was shown in the relationship between resonance tube length and amplitude of each water column. Furthermore, the experimental result was compared with numerical result of an analysis considering head loss in duct lines and heat exchanges between working gas and heat sources, and the performance characteristic of water-type Stirling engine was discussed.

• 一般社団法人日本機械学会の論文
• 2006-09-15

著者

• 樋口 哲也

  兵庫県大院

• 山口 義幸

  兵庫県立大学

• 山口 義幸

  兵庫県大

関連論文

• 懇親会報告
• 4623 水スターリング熱機関の動作特性 : 共鳴管長さの影響(G06-5 熱・流動現象(1),G06 熱工学)
• 819 熱源との熱交換を考慮した水スターリング熱機関の動作解析(G06-4 伝熱(2)・熱機関,G06 熱工学)
• 1810 円管内における往復流動湿り空気による熱伝達の数値予測(G06-2 伝熱(2),G06 熱工学)

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