Using Look-up Tables to Model an Electromagnetic Suspension System

Problem statement: The aim of the study was to model an electromagnetic suspension system. The electromagnetic system consists of an electromagnet which was attracted an iron object which was freely suspended in air. Approach: Modelling a magnetic system requires modelling the magnetic force charact...

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Published in:American journal of applied sciences 2012, Vol.9 (8), p.1199-1199
Main Author: Hassan, Musaab
Format: Article
Language:English
Subjects:
Electromagnets
Flux
Magnetic fields
Magnetic suspension
Matlab
Modelling
Suspension systems
Tables
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description Problem statement: The aim of the study was to model an electromagnetic suspension system. The electromagnetic system consists of an electromagnet which was attracted an iron object which was freely suspended in air. Approach: Modelling a magnetic system requires modelling the magnetic force characteristics and the flux characteristics. The force characteristics were to be produced from a nonlinear flux characteristic-current. Results: The modelling of the system was accomplished and simulated using MATLAB/SIMULINK. Conclusion: Using look-up tables proves to give good results in modelling a magnetic suspension system.
doi_str_mv 10.3844/ajassp.2012.1199.1202
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subjects Electromagnets
Flux
Magnetic fields
Magnetic suspension
Matlab
Modelling
Suspension systems
Tables
title Using Look-up Tables to Model an Electromagnetic Suspension System
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