Investigation of The Electromagnetic Force Effect in N/MEMS Switch by HomotopyPerturbation Method
Publish place: The Second International Conference on the Application of Materials and Advanced Manufacturing in Industries
Publish Year: 1401
Type: Conference paper
Language: English
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Document National Code:
IAAMM02_006
Index date: 7 August 2022
Investigation of The Electromagnetic Force Effect in N/MEMS Switch by HomotopyPerturbation Method abstract
The effect of the electromagnetic force parameter and the relation between wire displacements are vitalconsiderations in the design of nano/microelectromechanical systems. In this paper, a semi -analyticalmethod called the Homotopy Perturbation Method (HPM) has been applied to solve nonlinear equationsof a nano/microelectromechanical systems switch. The results for various values of electromagneticforce are shown to demonstrate the method's validity. Additionally, it was determined that the providedmethod is exact and effective for the given situation. The results in all situations prove the accuracy ofHPM, where all of the calculations have a striking similarity to the numerical approach. This approachis beneficial for the solution of a large number of nonlinear equations.
Investigation of The Electromagnetic Force Effect in N/MEMS Switch by HomotopyPerturbation Method Keywords:
Investigation of The Electromagnetic Force Effect in N/MEMS Switch by HomotopyPerturbation Method authors
Nikta Shams Mohammadi
Master Student, Shahrood University of Technology;
Hamid Samadi
Master Student, Babol University of Technology;
Mohammad Rahimzadeh
Assistant Professor, Golestan University;
Zohreh Asadi
Master Degree, Sari Azad University;
Davood Domiri Ganji
Professor, Babol University of Technology;