Active Perturbation Rejection in Motion Control of Milling Machine Tools

Authors

  • Francisco Beltrán Carbajal Metropolitan Autonomous University
  • Esteban Chávez Conde University of Papaloapan
  • Antonio Favela Contrera ITESM
  • René F. Vázquez Bautista Veracruz University

DOI:

https://doi.org/10.17533/udea.redin.18149

Keywords:

motion control, motion planning, perturbation rejection, milling machine tool

Abstract

This article deals with the robust control problem of the motion axes of milling machine tools subjected to perturbation forces induced by the metal machining process. A position output feedback control scheme is proposed for robust rejection of unknown cutting and friction perturbation forces and robust tracking tasks of motion trajectories planned for a three-axis milling machine tool. The Coulomb friction, viscous damping and cutting forces are considered as terms of an unknown time-varying disturbance input signal affecting the dynamics of the motion axes of the milling machine. In the motion control design, the perturbation signal is modeled locally by a fourth degree Taylor time-polynomial family. Then, a state observer is designed to estimate the disturbance and velocity signals required for implementation of the proposed motion controllers. Simulation results are included to show the robust performance of the proposed motion control scheme and the fast and effective estimation of the perturbation and velocity signals.

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Published

2014-01-20

How to Cite

Beltrán Carbajal, F., Chávez Conde, E., Favela Contrera, A., & Vázquez Bautista, R. F. (2014). Active Perturbation Rejection in Motion Control of Milling Machine Tools. Revista Facultad De Ingeniería Universidad De Antioquia, (69), 193–204. https://doi.org/10.17533/udea.redin.18149

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