2006TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series COpen access

Switching Vibration Control of Passive and Active Mass Damper

Naoto Abe, Kouhei Anzai, Daisuke Mizunoya

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Abstract

In this paper, we propose switching vibration control method based on kinetic energy of vibration system; switching between passive mass damper and active mass damper. The vibration control device is dual construction, that is, there are two additive masses, one mass works as passive damper and the other mass works as active mass damper. Numerical simulations and experimental results show that the proposed switching control has better performance than full time passive mass damper and active mass damper.

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In this paper, we propose switching vibration control method based on kinetic energy of vibration system; switching between passive mass damper and active mass damper. The vibration control device is dual construction, that is, there are two additive masses, one mass works as passive damper and the other mass works as active mass damper. Numerical simulations and experimental results show that the proposed switching control has better performance than full time passive mass damper and active mass damper.

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Available abstract

In this paper, we propose switching vibration control method based on kinetic energy of vibration system; switching between passive mass damper and active mass damper. The vibration control device is dual construction, that is, there are two additive masses, one mass works as passive damper and the other mass works as active mass damper. Numerical simulations and experimental results show that the proposed switching control has better performance than full time passive mass damper and active mass damper.

Key concepts: Tuned mass damper, Damper, Vibration control, Vibration, Control theory (sociology), Kinetic energy, Structural engineering, Engineering

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