A Study on the Design of the Free-Piston Stirling Engine/Alternator
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Park, Seongje
(Grad. Department of Energy System, Korea Institute of Machinery & Materials)
Hong, Yongju (Grad. Department of Energy System, Korea Institute of Machinery & Materials) Ko, Junseok (Grad. Department of Energy System, Korea Institute of Machinery & Materials) Kim, Hyobong (Grad. Department of Energy System, Korea Institute of Machinery & Materials) Yeom, Hankil (Grad. Department of Energy System, Korea Institute of Machinery & Materials) In, Sehwan (Grad. Department of Energy System, Korea Institute of Machinery & Materials) Kang, Insu (Grad. Department of Energy System, Korea Institute of Machinery & Materials) Lee, Cheongsu (Grad. Department of Energy System, Korea Institute of Machinery & Materials) |
1 | W. Graham, "Stirling Engines", Oxford University Press, 1980. |
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3 | H. W. Brandhorst and P. A. Chapman Jr., "New 5 kW free-piston Stirling space convertor developments", Gedeon Associates, Atens, OH, 2009. |
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6 | J. Majeski, "Stirling Engine Assessment", EPRI, Oalo Alto, CA,2002. |
7 | W, R. Martini, "Stirling Engine Design Manual", National Aeronautics and Space Administration, 1983. |
8 | D. Gedeon, "Sage User's Guide", Gedeon Associates, Atens, OH, 2009. |
9 | I. Urieli and D. M. Berchowitz, "Stirling Cycle Engine Analysis", Adam Hilger Ltd., Bristol, 1984. |
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