The reduction of the effects of mechanical vibration fall into the of vibration isolation, design for vibration or vibration control (de Silva, 2000). The vibration control is subdivided into two group: passive control and active one. The core of the vibration control is to detect the level of vibration in a system and to counteract the effects of the vibration, so it needs two devices
Vibration damping is an effective strategy to enhance the life-cycle and performance of mechanical c...
This is the second paper which considers the reduction of the vibration transmission along a lightwe...
The demand for faster production times and higher precisions in the industrial automation is ever-in...
ABSTRACT: Several studies have been conducted in order to find the optimal location of actuators and...
The optimization of sensors and actuators is widely studied in order to improve the performance of a...
A theoretical study of the active control of structural vibration transmission in a multiple isolato...
This paper addresses the controllability aspect in vibration control of beam structures with piezoel...
Passive vibration control solutions like tuned vibration absorbers are often limited to tackle a sin...
It is proposed to place the actuators to maximize the mean value of energy transmitted from or dissi...
It is proposed to place the actuators to maximize the mean value of energy transmitted from or dissi...
Optimal independent modal space control for vibration suppression of beam structures traversed by a ...
This paper presents a theoretical and experimental study of the active vibration control of a simply...
In the prediction of active vibration isolation performance, control force requirements were ignored...
This paper describes a computationally efficient method to determine optimal locations of sensor/act...
Vibration damping is an effective strategy to enhance the life-cycle and performance of mechanical c...
Vibration damping is an effective strategy to enhance the life-cycle and performance of mechanical c...
This is the second paper which considers the reduction of the vibration transmission along a lightwe...
The demand for faster production times and higher precisions in the industrial automation is ever-in...
ABSTRACT: Several studies have been conducted in order to find the optimal location of actuators and...
The optimization of sensors and actuators is widely studied in order to improve the performance of a...
A theoretical study of the active control of structural vibration transmission in a multiple isolato...
This paper addresses the controllability aspect in vibration control of beam structures with piezoel...
Passive vibration control solutions like tuned vibration absorbers are often limited to tackle a sin...
It is proposed to place the actuators to maximize the mean value of energy transmitted from or dissi...
It is proposed to place the actuators to maximize the mean value of energy transmitted from or dissi...
Optimal independent modal space control for vibration suppression of beam structures traversed by a ...
This paper presents a theoretical and experimental study of the active vibration control of a simply...
In the prediction of active vibration isolation performance, control force requirements were ignored...
This paper describes a computationally efficient method to determine optimal locations of sensor/act...
Vibration damping is an effective strategy to enhance the life-cycle and performance of mechanical c...
Vibration damping is an effective strategy to enhance the life-cycle and performance of mechanical c...
This is the second paper which considers the reduction of the vibration transmission along a lightwe...
The demand for faster production times and higher precisions in the industrial automation is ever-in...