Finite element inversion of hoist cylinder vibration of a large tail water emergency gate
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Abstract:
The hoist cy linder vibr atio n o f lar ge mag nitude at a lar ge tail wat er emerg ency g ate w as detected. T he finite element met ho d w as used to determine the vibration mechanism, the cy linder vibration disturbance force combined with the cylinder v ibration amplitude through field detection, and the pulsating water pressure distribution on the gate panel. Using the finite element method for the determination of vibration mechanism and inversion analysis of vibration load of cy linder is a beneficial appro ach. Given the difficul2 ties of the vibration lo ad detection sometimes, the method provides a new solution for the structure detection.