微型发动机研究——用于执行器和热泵的小型化斯特林发动机

N. Nakajima, K. Ogawa, I. Fujimasa
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引用次数: 24

摘要

作者认为微型斯特林发动机是微机械研究的一个有潜力的新领域。微型斯特林发动机被定义为小于几立方厘米的微型斯特林发动机。本研究的目的是建立微致动器和微热泵的设计概念,并实现微致动器和微热泵。通过量纲分析和计算机仿真,研究了发动机尺寸变小时设计参数的变化规律。实现了活塞掠积约0.05 cm/sup /的微型斯特林发动机。振动频率为10hz时,输出功率约为10mw。讨论了将发动机缩小到几立方毫米大小的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on micro engines-miniaturizing Stirling engines for actuators and heatpumps
The authors present micro-Stirling engines as a new potential field of micromachine study. The micro-Stirling engine is defined as a miniature Stirling engine, smaller than a few cubic centimeters. The purpose of this study is to establish the design concept and to realize a microactuator and a microheatpump. By applying dimensional analysis and computer simulation, the authors investigated how design parameters change when the engine size becomes smaller. A micro-Stirling engine of about 0.05 cm/sup 3/ in a piston swept volume was realized. The output power is about 10 mW for 10 Hz vibration. Problems of miniaturizing the engines to the size of a few cubic millimeters are discussed.<>
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