The success or failure of active vibration control is determined by the availability of suitable actuators, modeling of the entire system including all active elements, positioning of the actuators and sensors, and implementation of problem-adapted control concepts. All of these topics are outlined and their special problems are discussed in detail. Special attention is given to efficient modeling of systems, especially for considering the active elements. Finally, design methods for and the application of active vibration control on rotating machinery are demonstrated by several real applications
The recent years have seen the appearance of innovative system for acoustic and vibration attenuatio...
In the past, most active vibration control concepts were addressing non-rotating parts. However, man...
The project focused on active vibration control solutions for rotating machines including system ide...
Vibration suppression of rotating machinery is an important engineering problem. In this paper, a re...
AbstractIn this paper the problem of modeling, analysis and unbalance response control of a rotor sy...
This thesis addresses the problem of controlling the vibration of rotating machines using active bea...
Some of the considerations involved in the use of feedback control as a means of eliminating or alle...
[EN] In this study the modeling, control design, robustness analysis and vibration active suppressio...
This paper presents results related to modeling, identification, control design and simulation of an...
The recent years have seen the appearance of innovative systems for acoustic and vibration attenuati...
The active control of rotordynamic vibrations and stability by magnetic bearings and electromagnetic...
The modern trend toward lighter and more flexible designs in rotating machinery brings with it incre...
Some of the considerations involved in the use of feedback control as a means of reducing the unbala...
This paper investigates a design method of an active control bearing system with only velocity feedb...
Active vibration control methods for rotors were studied in order to develop solutions to enhance ma...
The recent years have seen the appearance of innovative system for acoustic and vibration attenuatio...
In the past, most active vibration control concepts were addressing non-rotating parts. However, man...
The project focused on active vibration control solutions for rotating machines including system ide...
Vibration suppression of rotating machinery is an important engineering problem. In this paper, a re...
AbstractIn this paper the problem of modeling, analysis and unbalance response control of a rotor sy...
This thesis addresses the problem of controlling the vibration of rotating machines using active bea...
Some of the considerations involved in the use of feedback control as a means of eliminating or alle...
[EN] In this study the modeling, control design, robustness analysis and vibration active suppressio...
This paper presents results related to modeling, identification, control design and simulation of an...
The recent years have seen the appearance of innovative systems for acoustic and vibration attenuati...
The active control of rotordynamic vibrations and stability by magnetic bearings and electromagnetic...
The modern trend toward lighter and more flexible designs in rotating machinery brings with it incre...
Some of the considerations involved in the use of feedback control as a means of reducing the unbala...
This paper investigates a design method of an active control bearing system with only velocity feedb...
Active vibration control methods for rotors were studied in order to develop solutions to enhance ma...
The recent years have seen the appearance of innovative system for acoustic and vibration attenuatio...
In the past, most active vibration control concepts were addressing non-rotating parts. However, man...
The project focused on active vibration control solutions for rotating machines including system ide...