Impact Energy Harvesting by Fe-Co Fiber Reinforced Al-Si Matrix Composite

Seino, Manabu; Jiang, Lixin; Yang, Zhenjun; Katabira, Kenichi; Satake, Tadaaki; Narita, Fumio; Murasawa, Go

doi:10.2139/ssrn.3522210

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“…In recent years, Fe-Ga/Fe-Co laminated materials [ 13 ], Fe-Co/piezoelectric laminated materials [ 14 ], Tb-Dy-Fe/Fe-Co laminated materials [ 15 ], Fe-Co coatings [ 16 ], and Fe-Co short wire/polymer composites [ 17 ] have been developed for sensor applications. Stress-induced domain wall motion of Co-based microwires [ 18 ], inverse magnetostrictive characteristics of Fe-Co wire/Al-Si composites under impact loading [ 19 ], and the twisting effect on the energy conversion of Fe-Co wire/Al-Si [ 20 ] and Fe-Co wire/polymer [ 21 ] composites have also been studied. In addition, an Fe-Co bolt with a sensor function has been developed [ 22 ].…”

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confidence: 99%

On the Possibility of Developing Magnetostrictive Fe-Co/Ni Clad Plate with Both Vibration Energy Harvesting and Mass Sensing Elements

et al. 2021

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The severe acute respiratory syndrome coronavirus (SARS-CoV-2) has spread rapidly around the world. In order to prevent the spread of infection, city blockades and immigration restrictions have been introduced in each country, but these measures have a severe serious impact on the economy. This paper examines the possibility of both harvesting vibration energy and detecting mass by using a magnetostrictive alloy. Few efforts have been made to develop new magnetostrictive biosensor materials. Therefore, we propose magnetostrictive Fe-Co/Ni clad steel vibration energy harvesters with mass detection, and we numerically and experimentally discuss the effect of the proof mass weight on the frequency shift and output voltage induced by bending vibration. The results reveal that the frequency and output voltage decrease significantly as the mass increases, indicating that the energy harvesting device is capable of mass detection. In the future, device miniaturization and the possibility of virus detection will be considered.

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