Parametric Evaluation of Beam Deflection on Piezoelectric Material Using Implicit and Explicit Method Simulations

R. Nath
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引用次数: 0

Abstract

Energy harnessing methods from rainwater using various smart materials have come into research, thus widening the scope of using these materials for the implementation in modern use. The piezoelectric materials present a brief idea of voltage generation whenever the material is deflected. The purpose of the study is to visualize an interconnection in parametric analysis of piezoelectric effect based energy harvester using two different commercially available piezoelectric materials, PZT-4A and PZT-5H, through series of implicit and explicit method simulations of FEM on COMSOL and ANSYS. The dynamic loads of different rainwater droplets sizes are investigated analytically. To calculate the variation of different methods in terms of deflection and voltage output, the implicit and multi-body explicit dynamic simulations are implemented separately.
用隐式和显式方法模拟压电材料梁挠度的参数评估
利用各种智能材料从雨水中获取能量的方法已经开始研究,从而扩大了这些材料在现代使用中的应用范围。当压电材料发生偏转时,它就会产生电压。本研究的目的是通过在COMSOL和ANSYS上进行一系列隐式和显式有限元模拟,可视化两种不同的商用压电材料PZT-4A和PZT-5H压电效应能量收集器参数分析中的互连。对不同雨滴粒径的动荷载进行了分析研究。为了计算不同方法在偏转和电压输出方面的变化,分别进行了隐式和多体显式动态仿真。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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