# Stability analysis of a magnetic levitator

@article{Narvez2018StabilityAO,
title={Stability analysis of a magnetic levitator},
author={D. D. Narv{\'a}ez and G. Velez and D. D. Narvaez},
journal={Contemporary engineering sciences},
year={2018},
volume={11},
pages={4253-4259}
}
• Published 2018
• Materials Science
• Contemporary engineering sciences
In this article we present a stability analysis based on the theory of dynamic systems, for a magnetic levitator system, which is used as a principle of operation of different engineering applications, such is the case of the Maglev train.

#### References

SHOWING 1-6 OF 6 REFERENCES
A new approach to a sliding mode controller design for a magnetic levitation system
• Physics
• 2009 Asia-Pacific Conference on Computational Intelligence and Industrial Applications (PACIIA)
• 2009
The problem of precisely controlling the position of a ferromagnetic ball above the ground by levitating it against the force of gravity using an electromagnet is of interest because the magneticExpand
Bifurcation control for maglev system with two state feedback delays
• Mathematics
• 2008 International Conference on Information and Automation
• 2008
Time delay is a kind of common nonlinearity, which is consisted in many parts of suspension system of high speed maglev train.In this paper, the dynamic behavior of suspension system of maglev trainExpand
Chaos control for the Lorenz system
• Computer Science
• 1999
Surprisingly, the simple bang-bang control is shown to be effective for chaos control, even if a small control action is applied. Expand
A Rational Approach to $B$ – $H$ Curve Representation
• Computer Science
• 2016
This paper introduces an approach to construct a rational function that fits the finite set of data points on the $B$ – $H$ plane representing the non-linear response of a permeable material,Expand
Representation of the magnetization characteristic by a sum of exponentials
It is possible to set up equations of the form B(H) = a_{0} + a_{1} e^{-\alpha_{1}H} + a_{2} e^{-\alpha_{2}H} + a_{3} e^{-\alpha_{3}H} + a_{4} e^{-\alpha_{4}H} on an analog computer to fit accuratelyExpand
Feature comparisons of 3-D vector fields using earth mover's distance
• Computer Science
• Proceedings Visualization '99 (Cat. No.99CB37067)
• 1999
A method for comparing three-dimensional vector fields constructed from simple critical points is described, rethinking the representation of a critical point signature and the distance measure between the points. Expand