Large amplitudes and attenuating vibration periods result in fatigue, instability, and poor structural performance. In light of past approaches in this field, this paper intends to discuss some innovative approaches in vibration control of intelligent structures, particularly in the case of structures with embedded piezoelectric materials. Control strategies are presented, such as the linear quadratic control theory, as well as more advanced theories, such as robust control theory. The paper presents sufficiently a recognizable advance in knowledge of active vibration control in intelligent structures
The study of algorithms for active vibrations control in flexible structures became an area of enorm...
AbstractThin-walled structures are sensitive to vibrate under even very small disturbances. In order...
This thesis investigates linear control theory as applied to smart structures. Specifically, the pro...
Summarization: Large amplitudes and attenuating vibration periods result in fatigue, instability, an...
Abstract. The paper presents active control of smart structures within a focused frame of piezoelect...
Challenging issues arise in the design of control strategies for piezoelectric smart structures. Pie...
Active control techniques when coupled with the smart material technology plays a vital role in miti...
In this study, experimental and numerical analyses of actively controlled piezoelectric smart struct...
Abstract. Light structures are, also, usually lightly damped, which can cause large amplitude vibrat...
ABSTRACT: The study of algorithms for active vibration control in smart structures is an area of int...
This paper deals with the active vibration control of beam like structures with distributed piezoele...
This output has led to a new advancement on the understanding and design of intelligent structures. ...
In this paper a numerical study concerning the active vibration control of smartpiezoelectric beams ...
The paper is divided into three parts. The first one is devoted to the active damping of structures ...
AbstractThe assembly that serves an engineering function is called as structure and structure that e...
The study of algorithms for active vibrations control in flexible structures became an area of enorm...
AbstractThin-walled structures are sensitive to vibrate under even very small disturbances. In order...
This thesis investigates linear control theory as applied to smart structures. Specifically, the pro...
Summarization: Large amplitudes and attenuating vibration periods result in fatigue, instability, an...
Abstract. The paper presents active control of smart structures within a focused frame of piezoelect...
Challenging issues arise in the design of control strategies for piezoelectric smart structures. Pie...
Active control techniques when coupled with the smart material technology plays a vital role in miti...
In this study, experimental and numerical analyses of actively controlled piezoelectric smart struct...
Abstract. Light structures are, also, usually lightly damped, which can cause large amplitude vibrat...
ABSTRACT: The study of algorithms for active vibration control in smart structures is an area of int...
This paper deals with the active vibration control of beam like structures with distributed piezoele...
This output has led to a new advancement on the understanding and design of intelligent structures. ...
In this paper a numerical study concerning the active vibration control of smartpiezoelectric beams ...
The paper is divided into three parts. The first one is devoted to the active damping of structures ...
AbstractThe assembly that serves an engineering function is called as structure and structure that e...
The study of algorithms for active vibrations control in flexible structures became an area of enorm...
AbstractThin-walled structures are sensitive to vibrate under even very small disturbances. In order...
This thesis investigates linear control theory as applied to smart structures. Specifically, the pro...