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Study on the Optimization of the Double-Layer Hybrid Vibration Isolation System Based on the LQR Algorithm

机译:基于LQR算法的双层混合隔振系统优化研究

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The LQR algorithm has been widely used in the hybrid vibration isolation system. However, it cannot make the hybrid vibration isolation system global optimal with the coupling of structure and controller. Hence, the multi-object optimal design of the double-layer hybrid vibration isolation system based on the LQR algorithm was made by the NCGA method. The results showed that the vibration of the mechanical equipment did not get worse with the reduction of the force transmission ratio, and it made an approach to the optimal design of the hybrid vibration isolation system.
机译:LQR算法已广泛用于混合隔振系统。 但是,它不能通过结构和控制器的耦合使混合隔振系统全局最佳。 因此,基于LQR算法的双层混合隔离系统的多对象最佳设计由NCGA方法进行。 结果表明,随着力传递比率的降低,机械设备的振动不会变差,并且它使混合隔离系统的最佳设计方法。

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