To an externally excited pendulum a dynamic absorber, which can move in transverse or longitudinal direction, is added. The quenching efficiency of two different systems is studied and compared. The absorber can be very efficient for slightly damped systems if it is correctly tuned. This is especially true when only small absorber mass can be adopted
A new optimum design method of dynamic vibration absorbers is proposed for the cases when the primar...
This paper addresses the problem of mitigating the vibration of nonlinear mechanical systems using n...
This paper presents a new dynamic absorber attenuating the vibrations at three resonance frequencies...
A passive vibration absorber for reducing the motion of a planar pendulum is developed. The system i...
Vibrations and dynamic chaos should be controlled in structures and machines. The most famous method...
In part I [1] we dealt with a tuned absorber, which can move in the transversally direction, where i...
Tuned vibration absorbers, in various disguises, still form the basis of vibration suppression for l...
Tuned vibration absorbers, in various disguises, still form the basis of vibration suppression for l...
A zero-to-peak amplitude of excitation (mm) r frequency ratio ( = f/fn) c damping coefficient (kg/s)...
Dynamic absorbers are used to reduce torsional vibrations. This paper studies the effect of a dynami...
International audienceA nonlinear energy sink is designed to control the oscillations of a two degre...
This study proposed a novel hybrid dynamic balancer and vibration absorber that is cheaper than acti...
The present work studies the performance of linear and nonlinear dynamic vibration absorbers mounted...
The trilith consists of two vertical elements (columns) supporting a horizontal element (lintel). Th...
In this work the impact vibration absorber of pendulum type is examined. It consists of pendulum wit...
A new optimum design method of dynamic vibration absorbers is proposed for the cases when the primar...
This paper addresses the problem of mitigating the vibration of nonlinear mechanical systems using n...
This paper presents a new dynamic absorber attenuating the vibrations at three resonance frequencies...
A passive vibration absorber for reducing the motion of a planar pendulum is developed. The system i...
Vibrations and dynamic chaos should be controlled in structures and machines. The most famous method...
In part I [1] we dealt with a tuned absorber, which can move in the transversally direction, where i...
Tuned vibration absorbers, in various disguises, still form the basis of vibration suppression for l...
Tuned vibration absorbers, in various disguises, still form the basis of vibration suppression for l...
A zero-to-peak amplitude of excitation (mm) r frequency ratio ( = f/fn) c damping coefficient (kg/s)...
Dynamic absorbers are used to reduce torsional vibrations. This paper studies the effect of a dynami...
International audienceA nonlinear energy sink is designed to control the oscillations of a two degre...
This study proposed a novel hybrid dynamic balancer and vibration absorber that is cheaper than acti...
The present work studies the performance of linear and nonlinear dynamic vibration absorbers mounted...
The trilith consists of two vertical elements (columns) supporting a horizontal element (lintel). Th...
In this work the impact vibration absorber of pendulum type is examined. It consists of pendulum wit...
A new optimum design method of dynamic vibration absorbers is proposed for the cases when the primar...
This paper addresses the problem of mitigating the vibration of nonlinear mechanical systems using n...
This paper presents a new dynamic absorber attenuating the vibrations at three resonance frequencies...
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