Modelización, Análisis y Control de Sistemas de Cojinetes Magnéticos Activos

I. Arredondo, J. Jugo, S. Alonso-Quesada, I. Lizarraga, V. Etxebarria

Resumen

En este estudio se presentan el modelado, diseño de control, análisis de robustez y procedimiento de reducción activa de vibraciones de un sistema consistente en un eje sustentado mediante levitación magnética activa. Primero se describen la obtención del modelo y las características fundamentales del sistema. Empleando dicho modelo y aprovechando propiedades de simetría, se diseña un control de sustentación. Este se ajusta experimentalmente mediante un estudio de robustez, según el estándar ISO 14839-3. Por último, se realiza una reducción de las vibraciones que se producen en rotación, utilizando control adaptativo. El controlador final diseñado ha sido implementado experimentalmente con éxito.

Palabras clave

Cojinetes magnéticos; Modelado; Robustez; Control Activo; Máquina Herramienta

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Referencias

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