INHERENT DYNAMIC INSTABILITY OF LEVITATORS WHICH EMPLOY TUNED LCR CIRCUITS.

B. Z. Kaplan

INHERENT DYNAMIC INSTABILITY OF LEVITATORS WHICH EMPLOY TUNED LCR CIRCUITS.

B. Z. Kaplan

Department of Electrical & Computer Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

Dynamic instability appears to be inherent to the tuned-circuit levitating systems, and causes oscillations of the suspended object. This mode of electromechanical oscillation is difficult to analyze since the investigated systems are non-linear and also non-autonomous. Nevertheless, a simple and economical numerical simulation of tuned-circuit levitators was obtained by employing the averaging method.

Original language	English
Pages (from-to)	91-100
Number of pages	10
Journal	J Appl Sci Eng Sect A (Electr Power Inf Syst)
Volume	3
Issue number	2
State	Published - 1 Jan 1978

ASJC Scopus subject areas

General Engineering

Cite this

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title = "INHERENT DYNAMIC INSTABILITY OF LEVITATORS WHICH EMPLOY TUNED LCR CIRCUITS.",

abstract = "Dynamic instability appears to be inherent to the tuned-circuit levitating systems, and causes oscillations of the suspended object. This mode of electromechanical oscillation is difficult to analyze since the investigated systems are non-linear and also non-autonomous. Nevertheless, a simple and economical numerical simulation of tuned-circuit levitators was obtained by employing the averaging method.",

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N2 - Dynamic instability appears to be inherent to the tuned-circuit levitating systems, and causes oscillations of the suspended object. This mode of electromechanical oscillation is difficult to analyze since the investigated systems are non-linear and also non-autonomous. Nevertheless, a simple and economical numerical simulation of tuned-circuit levitators was obtained by employing the averaging method.

AB - Dynamic instability appears to be inherent to the tuned-circuit levitating systems, and causes oscillations of the suspended object. This mode of electromechanical oscillation is difficult to analyze since the investigated systems are non-linear and also non-autonomous. Nevertheless, a simple and economical numerical simulation of tuned-circuit levitators was obtained by employing the averaging method.

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JO - J Appl Sci Eng Sect A (Electr Power Inf Syst)

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ER -

INHERENT DYNAMIC INSTABILITY OF LEVITATORS WHICH EMPLOY TUNED LCR CIRCUITS.

Abstract

ASJC Scopus subject areas

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