Radial attachment and positioning flanges for axial turbomachine casing sections
An axial-flow turbine and turbine technology, applied in the field of fixed brackets, axial-flow turbines, and adjoining casings, can solve problems such as increasing the flange radius, reduce radial size, achieve compactness and precision, The effect of simple machining process
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[0047] In the following description, the terms inner and outer refer to the position relative to the axis of rotation of the axial turbine.
[0048] figure 1 The axial turbine is shown. In this case, it is a dual-flow turbojet. The turbojet 2 includes a first compression stage (so-called low-pressure compressor 6), a second compression stage (so-called high-pressure compressor 8), a combustion chamber 10 and one or more turbine stages 12. In operation, the mechanical power of the turbine 12 is transmitted to the rotor 14 through the central shaft, driving the two compressors 6 and 8. A reduction mechanism can increase the rotational speed transmitted to the compressor. Alternatively, each of the different turbine stages may be connected to the compressor stage by a concentric shaft. These concentric shafts include several rotor blade rows, which are associated with stator blade rows. The rotation of the rotor about its axis of rotation 16 generates an air flow, and gradually ...
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