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Title page for etd-0729104-150634


URN etd-0729104-150634 Statistics This thesis had been viewed 2134 times. Download 14 times.
Author Chang-Chiang Shih
Author's Email Address G9101011@MS2.TTU.EDU.TW
Department Mechanical Engineering
Year 2004 Semester 2
Degree Master Type of Document Master's Thesis
Language zh-TW.Big5 Chinese Page Count 103
Title Mechanism Design and Thermal-Fluid Analysis of Stirling Engines Using Rhombic Drive
Keyword
  • thermal field simulation
  • Stiring engine
  • rhombus drive
  • optimization design
  • dynamic simulation
  • dynamic simulation
  • optimization design
  • rhombus drive
  • Stiring engine
  • thermal field simulation
  • Abstract The research mainly study mechanism design and thermal fluid analysis of β type Stirling Engines using rhombic drive, we have designed and manufactured rhombic drive and crank mechanism of Stirling Engines each one. First of all, we finished the design of Stirling Engine using crank mechanism, and getting objective function from choosing Stirling Engine using crank mechanism with better performance to get displacement curve of displacer and piston. Using simplified conjugate-gradient method to design the dimensions of Stirling Engines using rhombic drive. Finally, we tested the operation performance of the two Stiring engine using crank mechanism and rhombic drive. In addition, the part of numerical simulation of thermal fluid is using the dynamic mesh of FLUENT and dynamic simulation of mechanism is using MSC. visualNastran Desktop to accomplish. This research tries to combine thermal fluid analysis and dynamic simulation of mechanism to study Stirling cycle and set up the technique of Stirling Engine using rhombic drive .
    Key word: Stiring engine, thermal field simulation , dynamic simulation , optimization design , rhombus drive
    Advisor Committee
  • Chin-Hsiang Cheng - advisor
  • Rong-Hua Yeh - co-chair
  • Yung-Ming Lee - co-chair
  • Files indicate in-campus access only
    Date of Defense 2004-07-07 Date of Submission 2004-07-29


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