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Double-pendulum vibration isolator with three-dimensional isolation

Paul Lorrain

Open publisher page 2 citations

Abstract

This isolator is an improved version of one that was described recently in this journal. It consists of a platform suspended by three springs, the damping being provided by a much smaller mass, suspended from the platform by a spring and damped in an oil bath. This simple device is a highly effective isolator, with a weak resonance peak and a transmissibility that decreases as 1/f(2), both horizontally and vertically. None of the parameters are critical.

About this research paper

What this paper is about

This isolator is an improved version of one that was described recently in this journal. It consists of a platform suspended by three springs, the damping being provided by a much smaller mass, suspended from the platform by a spring and damped in an oil bath. This simple device is a highly effective isolator, with a weak resonance peak and a transmissibility that decreases as 1/f(2), both horizontally and vertically. None of the parameters are critical.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This isolator is an improved version of one that was described recently in this journal. It consists of a platform suspended by three springs, the damping being provided by a much smaller mass, suspended from the platform by a spring and damped in an oil bath. This simple device is a highly effective isolator, with a weak resonance peak and a transmissibility that decreases as 1/f(2), both horizontally and vertically. None of the parameters are critical.

Key concepts: Isolator, Vibration isolation, Transmissibility (structural dynamics), Spring (device), Pendulum, Vibration, Seismic isolation, Resonance (particle physics)

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