About Generator rotor blade deformation correction
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6 FAQs about [Generator rotor blade deformation correction]
What causes a generator rotor to degrade?
One component of the generator that is typically refurbished, upgraded or uprated is the generator rotor (field). Degradation of the generator field can be caused by a number of factors, including a breakdown in insulation due to time and tem-perature and mechanical wear.
How to verify critical deformation of a rotor blade?
In addition to the verification of critical deformation, i.e. the tower clearance between blade tip and tower surface in particular, verification must be provided that the resonance frequencies of the rotor blade are not excited by the rotor frequency and its harmonics which arise in operation.
How to diagnose rotor unbalance fault under blade erosion damage?
In addition, the research results of the whirl trajectory, vibration response laws of the supporting position, and blade-disk node of the rotor system can provide data support for the diagnosis of rotor unbalance fault under blade erosion damage. However, the service environment of turboshaft engines is complex.
How to simulate a rotor blade in a wind turbine?
The usual procedure is to carry out a load simulation with an initial model draft of a rotor blade. In relation to the wind turbine, the rotor blade is described by its stiffness distribution, its mass and its static moment.
What causes a rotor blade to deform?
Furthermore, the aerodynamic loads of a rotor blade in the lee direction, the downwind direction, cause a more quasi-static deformation, while the rotation of the rotor leads to a cyclically changing bending load of the rotor blade with each revolution resulting from its own mass.
What are the factors affecting rotor blade?
Loads acting on the rotor blade: wind field (a), gravitational load and temperature change (b), aerodynamic load component, flapwise bending moment and twisting moment (c), aerodynamic load component and inertial force and lead-lag bending moment and rotor acceleration as well as centrifugal force (d); based on .
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