Lifing and performance optimization limit management for turbine engine

作者: Mat French , Michael Armstrong

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摘要: A control for a multi-shaft turbine engine system using electrical machines seeks optimal performance while accommodating hard and soft component limits. To accommodate the limits, may generate number of possible operating point options reflecting potential trade-offs in performance, lifing, efficiency, or other objectives.

参考文章(71)
Hitoshi Oyori, Noriko Morioka, Electricity generation system ,(2013)
Adam M. Finney, Michael Krenz, Carl A. Wagner, David L. Jacques, Low pressure spool emergency generator ,(2011)
Maria Cecilia Mazzaro, John Edward Sholes, Achalesh Kumar Pandey, Dwayne David McDuffie, Kamlesh Mundra, Systems and methods for improved combined cycle control ,(2014)
Robert Frank Hoskin, Balachandar Naidu, Gas turbine emissions control system and method ,(2013)
John M. Cundy, Paul M. Hield, Arthur L. Rowe, Ronald A. Midgley, Arnold C. Newton, Shaft power transfer in gas turbine engines with machines operable as generators or motors ,(1994)
Edwin Yue, Jean-Luc Derouineau, Wayne T. Pearson, Paralleled hvdc bus electrical power system architecture ,(2008)
Herman Lucas Norbert Wiegman, John Michael Kern, Integrated electrical power extraction for aircraft engines ,(2007)