This paper investigates a parametric study on a novel type of flutter-based aeroelastic harvester by utilizing magneto-electro-elastic materials, which can be used as an alternative to piezoelectric materials in aeroelastic harvesters to enhance the output electric power. The considered model includes a deformable clamped beam attached to a rigid airfoil, covering with one or two magneto-electro-elastic layers. Connected electrodes to magneto-electro-elastic layers capture potential electric from the produced electric field. Furthermore, an extrinsic coil is wrapped around the vibrating beam to produce the magnetic-based electric energy in the applied magneto-electro-elastic layer. First, the harvesting system is modeled as a discrete model to derive the governing equations using Faraday and Gauss laws, and the constitutive equations of magneto-electro-elastic materials according to Hamilton's principle. Then, different configurations have been examined and compared. Afterward, the effect of various parameters on the chosen harvester characteristics is investigated through considering stability to determine the optimal parameters resulting in the highest electric power generation. Lastly, the efficiency of the magneto-electro-aeroelastic harvester is compared with a piezo-aeroelastic counterpart indicating the supremacy of the presented harvester.

本文研究了一种利用磁电弹性材料的新型基于颤振的气动弹性采集器的参数研究，该材料可用作气动弹性采集器中压电材料的替代品，以提高输出电力。所考虑的模型包括连接到刚性翼型的可变形夹紧梁，覆盖有一层或两层磁电弹性层。连接到磁电弹性层的电极从产生的电场中捕获电势。此外，外部线圈缠绕在振动梁周围以在施加的磁电弹性层中产生基于磁的电能。首先，收获系统被建模为离散模型，以使用法拉第和高斯定律推导出控制方程，以及根据哈密顿原理的磁电弹性材料的本构方程。然后，对不同的配置进行了检查和比较。然后，通过考虑稳定性来确定导致最高发电量的最佳参数，研究了各种参数对所选收割机特性的影响。最后，将磁电气动弹性收割机的效率与压电气动弹性收割机的效率进行比较，表明所提出的收割机的优越性。通过考虑稳定性来确定导致最高发电量的最佳参数，研究了各种参数对所选收割机特性的影响。最后，将磁电气动弹性收割机的效率与压电气动弹性收割机的效率进行比较，表明所提出的收割机的优越性。通过考虑稳定性来确定导致最高发电量的最佳参数，研究了各种参数对所选收割机特性的影响。最后，将磁电气动弹性收割机的效率与压电气动弹性收割机的效率进行比较，表明所提出的收割机的优越性。