Applied Mathematics and Mechanics (English Edition) ›› 1988, Vol. 9 ›› Issue (11): 1097-1100.

• 论文 • 上一篇    下一篇

A CRITERION FOR THE STABILITY OF MOTION OF NONLINEAR SYSTEM

赵俊三   

  1. Northwestern Polyteclmical University, Xi’an
  • 收稿日期:1985-07-02 出版日期:1988-11-18 发布日期:1988-11-18

A CRITERION FOR THE STABILITY OF MOTION OF NONLINEAR SYSTEM

Zhao Jun-san   

  1. Northwestern Polyteclmical University, Xi’an
  • Received:1985-07-02 Online:1988-11-18 Published:1988-11-18

摘要: As to an autonomous nonlinear system, the stability of the equilibrium slate in a sufficiently small neighborhood of the equilibrium state can be determined by eigen values of the linear pan of the nonlinear system provided that the eigenvalues are not in a critical case.Many methods may be used to detect the stability for a linear system.A lot of researches for determining the stability of a nonlinear system are completed by mathematicians and mechanicians but most of them are methods for the special forms of nonlinear systems.Till now.none of these methods can be conveniently applied to all nonlinear systems.The method introduced by this paper gives the necessary and sufficient conditions of the stability of a nonlinear system.The familiar Krasoyski's method is a special case of this method[1],[2]

Abstract: As to an autonomous nonlinear system, the stability of the equilibrium slate in a sufficiently small neighborhood of the equilibrium state can be determined by eigen values of the linear pan of the nonlinear system provided that the eigenvalues are not in a critical case.Many methods may be used to detect the stability for a linear system.A lot of researches for determining the stability of a nonlinear system are completed by mathematicians and mechanicians but most of them are methods for the special forms of nonlinear systems.Till now.none of these methods can be conveniently applied to all nonlinear systems.The method introduced by this paper gives the necessary and sufficient conditions of the stability of a nonlinear system.The familiar Krasoyski's method is a special case of this method[1],[2]

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