Delay-Induced Synchronization on a Network of Euler’s Beams Indirectly Interconnected Via Piezoelectric Patches_Crimson Publishers

Delay-Induced Synchronization on a Network of Euler’s Beams Indirectly Interconnected Via Piezoelectric Patches by Nana Nbendjo BR* in Evolutions in Mechanical Engineering_ Amplitude Death




 Abstract

In this paper, Amplitude Death (AD) phenomenon is reported in a network of Euler’s beams in- directly coupled via an electrical circuit consisting of piezoelectric patches. AD phenomenon appears in this system when global synchronization of all beams takes place. The occurrence of global synchronization, which was preceded by dynamical clustering, is dependent on the size of the network as well as on the load resistance of the electrical circuit which indirectly interacts with all the beams. The results further show that the AD state can be observed for relatively very weak coupling strength and large system-size.

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