The authors describe the preliminary work on a semi-active method for structural motion control in a structural system. By the appropriate control of a system stiffness, the energy in different modes can be steered into other modes. The analytical formulation is presented, and was supported by a simple simulation experiment. The proposed approach introduces minimal energy into the system and will thus never result in modal spillover
In this paper we study the semi-active control of structural systems by means of variable stiffness ...
A theoretical study of the active control of structural vibration transmission in a multiple isolato...
Many systems have, by their nature, a small damping and therefore they are potentially subjected to ...
This dissertation proposes a theory for motion control in large flexible structures. The control app...
This paper presents a theory for the control and containment of structural motion in civil and space...
This paper describes experimental work on the semi-active control of structural modal energy by dyna...
Many systems have, by their nature, a small damping and they are therefore potentially subjected to ...
In this paper an efficient modal control strategy is described for the active vibration control of a...
In this paper an efficient modal control strategy is described for the active vibration control of a...
In this paper an active modal TMD control logic for the vibration suppression is presented. Startin...
New method for semi-active control of vibrating structures is introduced. So-called Prestress Accumu...
This paper describes an analytical and experimental investigation on the property of modal disparity...
The study proposes a semiactive approach to control the dynamic response of a one-way plan-wise asy...
In this paper a control strategy called " Gloabal semi-active control" is presented and validated fo...
Relative motion of different parts of a structure can affect its vibrations that may be amplified or...
In this paper we study the semi-active control of structural systems by means of variable stiffness ...
A theoretical study of the active control of structural vibration transmission in a multiple isolato...
Many systems have, by their nature, a small damping and therefore they are potentially subjected to ...
This dissertation proposes a theory for motion control in large flexible structures. The control app...
This paper presents a theory for the control and containment of structural motion in civil and space...
This paper describes experimental work on the semi-active control of structural modal energy by dyna...
Many systems have, by their nature, a small damping and they are therefore potentially subjected to ...
In this paper an efficient modal control strategy is described for the active vibration control of a...
In this paper an efficient modal control strategy is described for the active vibration control of a...
In this paper an active modal TMD control logic for the vibration suppression is presented. Startin...
New method for semi-active control of vibrating structures is introduced. So-called Prestress Accumu...
This paper describes an analytical and experimental investigation on the property of modal disparity...
The study proposes a semiactive approach to control the dynamic response of a one-way plan-wise asy...
In this paper a control strategy called " Gloabal semi-active control" is presented and validated fo...
Relative motion of different parts of a structure can affect its vibrations that may be amplified or...
In this paper we study the semi-active control of structural systems by means of variable stiffness ...
A theoretical study of the active control of structural vibration transmission in a multiple isolato...
Many systems have, by their nature, a small damping and therefore they are potentially subjected to ...