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Title page for etd-0827110-160337


URN etd-0827110-160337 Statistics This thesis had been viewed 2804 times. Download 1361 times.
Author Ding-Shun Hong
Author's Email Address inxdanny@hotmail.com
Department Mechanical Engineering
Year 2009 Semester 2
Degree Master Type of Document Master's Thesis
Language zh-TW.Big5 Chinese Page Count 73
Title THE DEVELOPMENT OF SMALL ALPHA TYPE STIRLING ENGINE POWER OUTPUT MECHANISM
Keyword
  • Model hot air engine
  • Ross yoke
  • Scotch yoke
  • Crank
  • Crank
  • Scotch yoke
  • Ross yoke
  • Model hot air engine
  • Abstract This thesis is a major research Crank, Scotch yoke, Ross yoke, three kinds of α Type hot air engine power output in different forms of body, engine output performance impact, the paper will be the engine of the body design and make moving principle of interpretation, with the actual production and the measured engine output speed of the different impact of the output body by its velocity is calculated separately with the flywheel moment of inertia and the moment of their change of acceleration per second.
    Model hot air engine is different from the general Yin Qing, or movable because of its conditions are strict, a bit of processing errors will also affect the dynamic characteristics of their doing, so even if the producers under the same drawings, the result of the characteristics of its production would be substantially differences in the characteristics of model hot air engine is very slim, although the number of small parts, but in general are to be assembled on through the micro-adjustments to make moving smoothly.
    The laboratory is committed each year to promote domestic and technical education, through this study that must be produced by the production and assembly to find the problem and to address and solve problems from the project to develop basic technical knowledge and engineering design creativity, so This paper will also serve as the laboratory technology education program in part.
    Advisor Committee
  • Guang Jer Lai - advisor
  • Chi-Na Yeh - co-chair
  • Long-Jyi Yeh - co-chair
  • Files indicate access worldwide
    Date of Defense 2010-06-29 Date of Submission 2010-08-27


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