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    • 5. 发明公开
    • Turbomachine Rotor Cooling
    • Kühlungeines Turbomaschinerotors
    • EP2372084A2
    • 2011-10-05
    • EP10187376.8
    • 2010-10-13
    • General Electric Company
    • Willet, Fred ThomasBrilliant, Howard MichaelPalafox, Pepe
    • F01D5/08
    • F01D5/084F01D5/085F05D2220/31F05D2240/81F05D2260/2322
    • A rotor (12) of a turbomachine includes a rotor drum (64) located at a central axis (14) and a plurality of buckets (16) secured to the rotor drum (64). A rotor shell (38) extends between axially adjacent buckets of the plurality of buckets (16) and is secured to and supported by the plurality of buckets (16) defining a cooling passage (50) between the rotor drum (64) and the rotor shell (38). A low pressure sink (52) is located at an upstream end of the rotor (12) receptive of a coolant flow through the cooling passage (50). A method of cooling a rotor (12) of a steam turbine (10) includes locating a rotor shell (38) radially outboard of a rotor drum (64) defining a cooling passage (50) therebetween. A flow of steam (60) is urged from a downstream portion of the steam turbine (10) through the cooling passage (50) toward a low pressure sink (52) located at an upstream end of the steam turbine (10) thereby cooling the rotor (12).
    • 涡轮机的转子(12)包括位于中心轴线(14)处的转子鼓(64)和固定到转子鼓(64)的多个铲斗(16)。 转子外壳(38)在多个铲斗(16)的轴向相邻的铲斗之间延伸,并且被固定到多个铲斗(16)并由其支撑,从而在转子鼓(64)和转子之间形成一个冷却通道(50) 壳(38)。 低压水槽(52)位于转子(12)的上游端,接收通过冷却通道(50)的冷却剂流。 一种冷却蒸汽轮机(10)的转子(12)的方法包括将转子筒(63)径向地定位在其间限定冷却通道(50)的转子鼓(64)外侧。 蒸汽流(60)从汽轮机(10)的下游部分通过冷却通道(50)被推向位于蒸汽轮机(10)的上游端的低压槽(52),从而将 转子(12)。