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  • 學位論文

能源教具-γ型史特林引擎之設計製作與研究

Energy Teaching Aid-Design and Production of a γ Type Stirling Engine

指導教授 : 王文裕
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摘要


本研究採用史特林引擎的理論及工作原理,設計製作一組可供教學及研究的史特林引擎,因γ型史特林引擎較容易理解及製作,而且只要用水蒸氣便可驅動,相對安全,適合組裝作為教學與研究,因此選定γ型史特林引擎為設計對象,本研究探討史特林引擎的設計參數,包括溫差氣室直徑、溫差氣室高度、動力活塞行程、移氣行程、工作流體體積、熱再生器、相位角、新增移氣通道等引擎設計參數,分析各參數對引擎輸出轉速的影響,其中溫差氣室直徑、相位角,新增移氣通道三項參數有顯著影響,進而了解如何將γ型史特林引擎的效能優化。 關鍵詞:史特林引擎、外燃機、溫室效應

並列摘要


This study used the theory and working principles for Stirling engines to design and manufacture a Stirling engine that can be used for both teaching and research. Gamma type Stirling engines are suitable for use in teaching and research as they are more easily understood and produced, and are relatively safer because they can be operated using water vapor; therefore, a gamma type Stirling engine was selected for this study. This study investigated the design parameters for the Stirling engine, including heat exchanger chamber diameter, heat exchanger chamber height, power piston stroke, displacement, working fluid volume, regenerator, phase angle, and expansion space, to analyze the influence of each parameter on engine output speed. Heat exchanger chamber diameter, phase angle, and expansion space had significant influences; this can help with the energy optimization for gamma type Stirling engines. Keywords: Stirling engine, Outboard engines, The greenhouse effect

參考文獻


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