Add to ORKGA method of automatic maintenance of vibration amplitude of a number of mechanisms at given level, when exiting force amplitude is varied greatly is given. For this purpose a pendulum is attached to a mechanism through a viscoelastic hinge. Load of a pendulum can move along an arm and it is viscoelastic connected to it
Vibrations of a nonlinear oscillator with an attached pendulum, excited by movement of its point of ...
Vibrations and dynamic chaos should be controlled in structures and machines. The most famous method...
Harmonic forced vibration of a spring-mass-damper system with a parametrically excited pendulum hing...
A method of automatic maintenance of vibration amplitude of a number of mechanisms at given level, w...
Different kind of parametrical phenomena in vibrating systems are presented. Nonlinear properties of...
This article analyses the dynamics of a resonantly excited single-degree-of-freedom linear system co...
Vibrations of a nonlinear oscillator with an attached pendulum, excited by movement of its point of ...
In this paper, the motion of two degrees of freedom of a dynamical system consists of a simple pendu...
The paper discusses issues related to the choice of the optimal damping for a system with one and a ...
This publication presents “The new extremal criterion of stability”. “The new extremal criterion of ...
In this paper, a control law to stabilize the amplitude or rotational speed of a variable length pen...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
An active control strategy for the stabilization of parametric resonance in a magnetically levitated...
A conventional pendulum has two equilibria, the lower one, and the upper one. This paper presents th...
AbstractVibrations of an autoparametric system, composed of a nonlinear mechanical oscillator with a...
Vibrations of a nonlinear oscillator with an attached pendulum, excited by movement of its point of ...
Vibrations and dynamic chaos should be controlled in structures and machines. The most famous method...
Harmonic forced vibration of a spring-mass-damper system with a parametrically excited pendulum hing...
A method of automatic maintenance of vibration amplitude of a number of mechanisms at given level, w...
Different kind of parametrical phenomena in vibrating systems are presented. Nonlinear properties of...
This article analyses the dynamics of a resonantly excited single-degree-of-freedom linear system co...
Vibrations of a nonlinear oscillator with an attached pendulum, excited by movement of its point of ...
In this paper, the motion of two degrees of freedom of a dynamical system consists of a simple pendu...
The paper discusses issues related to the choice of the optimal damping for a system with one and a ...
This publication presents “The new extremal criterion of stability”. “The new extremal criterion of ...
In this paper, a control law to stabilize the amplitude or rotational speed of a variable length pen...
The dynamics of a three-mass vibratory machine with the rectilinear translational motion of platform...
An active control strategy for the stabilization of parametric resonance in a magnetically levitated...
A conventional pendulum has two equilibria, the lower one, and the upper one. This paper presents th...
AbstractVibrations of an autoparametric system, composed of a nonlinear mechanical oscillator with a...
Vibrations of a nonlinear oscillator with an attached pendulum, excited by movement of its point of ...
Vibrations and dynamic chaos should be controlled in structures and machines. The most famous method...
Harmonic forced vibration of a spring-mass-damper system with a parametrically excited pendulum hing...