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International Journal of Rotating Machinery | Vol.6, Issue.3 | 2017-06-02 | Pages
Swirling Flow Field inside a Hollow Turbine Shaft for an Internal Cooling Air System
The swirling flow field in an internal cooling air system in which the fluid passes through an inducer, a hollow turbine shaft, and a cavity between two disks (referred to as a wheel space) is solved using computational fluid dynamics and the pressure fluctuations on the hollow shaft wall surface are measured.
Original Text (This is the original text for your reference.)
Swirling Flow Field inside a Hollow Turbine Shaft for an Internal Cooling Air System
The swirling flow field in an internal cooling air system in which the fluid passes through an inducer, a hollow turbine shaft, and a cavity between two disks (referred to as a wheel space) is solved using computational fluid dynamics and the pressure fluctuations on the hollow shaft wall surface are measured.
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pressure fluctuations internal cooling air system hollow turbine swirling flow field computational fluid dynamics hollow shaft wall surface wheel
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Tadaharu Kishibe,Shojiro Kaji,.Swirling Flow Field inside a Hollow Turbine Shaft for an Internal Cooling Air System. 6 (3),.
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