Impact oscillator is the simplest mechanical system with one degree of freedom, the periodically excited mass of which can impact on the stop. The aim of this paper is to explain the dynamics of the system, when the stiffness of the stop changes from** to infinity. It corresponds to the transition from the linear system into strongly nonlinear system with rigid impact
An impact oscillator is a periodically driven system that hits a wall when its amplitude exceeds a c...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
A harmonically excited oscillator having one degree of freedom with soft stop is analysed. The soft ...
Impact dynamics is considered to be one of the most important problems which arise in vibrating syst...
Dynamics of mechanical systems with impacts is investigated in the Institute of Thermomechanics for ...
The dynamics of oscillators with rigid impacts, based on the Newton elementary theory of impacts, wh...
The aim of this contribution is to present a more detail explanation of different types of motion of...
International audienceA two-degree-of-freedom oscillator with a colliding component is considered. T...
The investigation of the dynamics of oscillator with soft impacts explained the development of non-l...
Soft impact oscillator with one degree of freedom containing soft stop is considerd. The ways of the...
Interest in impact vibrations is two-fold: (i) a wide range ofpractical problems involve bodies coll...
Numerical simulations are powerful tool for the investigation of nonlinear dynamical systems. Especi...
Received date Accepted date The main aim of this paper is to focus on analysis of the dynamic proper...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
An impact oscillator is a periodically driven system that hits a wall when its amplitude exceeds a c...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
A harmonically excited oscillator having one degree of freedom with soft stop is analysed. The soft ...
Impact dynamics is considered to be one of the most important problems which arise in vibrating syst...
Dynamics of mechanical systems with impacts is investigated in the Institute of Thermomechanics for ...
The dynamics of oscillators with rigid impacts, based on the Newton elementary theory of impacts, wh...
The aim of this contribution is to present a more detail explanation of different types of motion of...
International audienceA two-degree-of-freedom oscillator with a colliding component is considered. T...
The investigation of the dynamics of oscillator with soft impacts explained the development of non-l...
Soft impact oscillator with one degree of freedom containing soft stop is considerd. The ways of the...
Interest in impact vibrations is two-fold: (i) a wide range ofpractical problems involve bodies coll...
Numerical simulations are powerful tool for the investigation of nonlinear dynamical systems. Especi...
Received date Accepted date The main aim of this paper is to focus on analysis of the dynamic proper...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
An impact oscillator is a periodically driven system that hits a wall when its amplitude exceeds a c...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
We give experimental evidence for a new bifurcation structure that arises when smooth dynamical syst...
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