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On the fuzzy control of offshore platform based on the pall-typed piezoelectric frictional damper

机译:基于颇尔型压电摩擦阻尼器的海上平台模糊控制研究

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Offshore platform is established on the sea, expensive, difficulty maintenance, and vulnerable to destroy by ice force and earthquake loads, therefore the vibration control of offshore platforms is necessary. The intelligent control method is a recommended method for control of offshore platforms, and comparative analysis the seismic resistance effect of various control algorithms including fuzzy control, active control and passive control using piezoelectric frictional damper, the simulation results show that active control algorithm has optimal seismic resistance effect, fuzzy control algorithm is slightly inferior to active algorithm, Passive-off algorithm is the worst. But fuzzy control algorithm does not need to establish an accurate mathematical model, it is robustness, and has a good seismic resistance effect, so it is a promising control algorithm.
机译:海上平台建立在海上,价格昂贵,维护难度大,易受冰力和地震载荷破坏,因此需要对海上平台进行振动控制。智能控制是推荐的海上平台控制方法,通过对压电摩擦阻尼器的模糊控制,主动控制和被动控制等多种控制算法的抗震效果进行对比分析,仿真结果表明主动控制算法具有最佳的抗震性能。抵抗效果方面,模糊控制算法稍逊于主动算法,被动关闭算法最差。但是模糊控制算法不需要建立精确的数学模型,具有鲁棒性,并且具有良好的抗震效果,因此是一种很有前途的控制算法。

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