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Study of the effects of structural uncertainties on a fractional system of the first kind – application in vibration isolation with the CRONE suspension - Springer

机译:结构不确定性对第一部分系统的影响研究–在CRONE悬架隔振中的应用-Springer

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摘要

In this paper, we deal with the effects of the uncertainties on a fractional system of the first kind, mainly on the frequency-domain and the time-domain responses. For the structural uncertainties, two main aspects are studied: the nonlinearities of the physical components used to realize the fractional system and the consideration of the previously neglected dynamics of the system. Both uncertainties are introduced for the hydropneumatic CRONE suspension, previously synthesized and realized without taking into consideration these uncertainties. So, the novel approach treated in this work is to find whether the uncertainties, which were previously neglected in the synthesis and the realization phases, alter the behaviour of the system or not. The results show that the fractional order system behaviour is not affected.
机译:在本文中,我们处理不确定性对第一类分数系统的影响,主要是对频域和时域响应的影响。对于结构的不确定性,研究了两个主要方面:用于实现分数系统的物理组件的非线性以及对先前被忽略的系统动力学的考虑。液压气动CRONE悬架引入了两个不确定性,这些不确定性是先前合成和实现的,没有考虑这些不确定性。因此,在这项工作中处理的新颖方法是发现先前在综合和实现阶段中被忽略的不确定性是否会改变系统的行为。结果表明分数阶系统行为不受影响。

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