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<title>heat transfer and fluid flow in rotating machinery</title>
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<namePart>Wen-Jei Yang</namePart>
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<dateIssued>1987</dateIssued>
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<note>This book consists of six parts. Blade cooling, in Part 1, is one subject that interests thermal science researchers and includes both external surface cooling and internal cooling. The state-of-the-art review on turbine blade cooling is thorough and impressive. Major efforts are also directed toward various aspects of film cooling and heat transfer enhancement in internal convection. Part 2 covers the experimental studies of transport phenomena by flow visualization techniques and flow measurements. Flow visualization results are presented for secondary flow in curved, heated, and rotating channels, as well as for internal flow in rotating machinery. Measurement methods unqiue to flow in rotating devices are also introduced. Rotating tubes, channels, and heat pipes are the subjects of Part 3, which treats phase changes, turbulence, and hysteresis in flow transition. Flow and heat transfer from rotating surfaces and enclosures are grouped together in Part 4. General topics in Part 5 concern items of current interest, such as electronic generators, impinging jets, and numerical methods. Part 6 discusses the ultimate rotating devices of industrial applications, including steam and gas turbines, compressors, pumps, and wind turbines. The subjects are widespread, including lifting lines, water film behavior, thermal stress, the Wilson point, wave mechanics, stall, and work performance</note>
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