ISME 2008 , 2008-05-14

Title : ( Static Deflection of Electrically Actuated Mi croplates, an Extended Kantorovich Approach )

Authors: M. Taghi Ahmadian , Hamid Moeenfard , T. Pirbodaghi ,

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Abstract

This paper presents an extended kantorovich approach to simulate the static deflection of a microplates under electrostatic actuation. The model accounts for the electric force nonlinearity of the excitation. Starting from a one term Galerkin approximation and following the extended kantorovich procedure, the equations governing the microplate deflection are obtained. These equations are solved iteratively with a rapid convergence procedure to yield the desired solution. The results are validated, comparing them with other theoretical results and experimental findings, reported in the literature. It is shown that rapid convergence, high precision and independency of initial guess function makes the EKM an effective and accurate design tool for design optimization.

Keywords

, Extended Kantorovich Method, Microplate, Electrostatic actuation, Static pull-in.
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@inproceedings{paperid:1034265,
author = {M. Taghi Ahmadian and Moeenfard, Hamid and T. Pirbodaghi},
title = {Static Deflection of Electrically Actuated Mi croplates, an Extended Kantorovich Approach},
booktitle = {ISME 2008},
year = {2008},
location = {Kerman, IRAN},
keywords = {Extended Kantorovich Method; Microplate; Electrostatic actuation; Static pull-in.},
}

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%0 Conference Proceedings
%T Static Deflection of Electrically Actuated Mi croplates, an Extended Kantorovich Approach
%A M. Taghi Ahmadian
%A Moeenfard, Hamid
%A T. Pirbodaghi
%J ISME 2008
%D 2008

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