2003•Journal of Southwest Jiaotong UniversityRequires access

Subharmonic Resonance of Nonlinear Forced Vibration Systems

Jian Ye

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Abstract

The forced vibrations of nonlinear systems were studied with the theory of nonlinear dynamics equations. The conditions for subharmonic resonance to exist were obtained, and the subharmonic periodic orbits of the system and their Melnikov functions were derived. The results presented can be used in prediction of chaotic motion of a nonlinear system.

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The forced vibrations of nonlinear systems were studied with the theory of nonlinear dynamics equations. The conditions for subharmonic resonance to exist were obtained, and the subharmonic periodic orbits of the system and their Melnikov functions were derived. The results presented can be used in prediction of chaotic motion of a nonlinear system.

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Available abstract

The forced vibrations of nonlinear systems were studied with the theory of nonlinear dynamics equations. The conditions for subharmonic resonance to exist were obtained, and the subharmonic periodic orbits of the system and their Melnikov functions were derived. The results presented can be used in prediction of chaotic motion of a nonlinear system.

Key concepts: Subharmonic, Nonlinear system, Vibration, Chaotic, Nonlinear resonance, Subharmonic function, Resonance (particle physics), Physics

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