This output has led to a new advancement on the understanding and design of intelligent structures. For example, the sensibility and controllability is rigorously proved of transient vibrations of composite beams using distributed piezo-electrical materials. Concepts of under, exact and over sensing and optimum control are established. Simulation algorithms are developed and various experimental results validate the theory which is of considerable importance for the design of intelligent micro and macro structures
ABSTRACT: This paper proposes an active vibration control technique, which is based on linear matrix...
In recent years, smart composites have been introduced in the market that open up new possibilities ...
In the literature distributed arrays of piezeoelectric patches are employed to actively control stru...
Thesis (MTech (Mechanical Engineering))--Peninsula Technikon, Cape Town,1999Smart structures technol...
ABSTRACT: This paper proposes an active vibration control technique, which is based on linear matrix...
Summarization: Mathematical formulation and the computational model for the active vibration control...
Summarization: Large amplitudes and attenuating vibration periods result in fatigue, instability, an...
This paper deals with the active vibration control of beam like structures with distributed piezoele...
Large amplitudes and attenuating vibration periods result in fatigue, instability, and poor structur...
This paper presents experimental verification of the active vibration control of a smart cantilever ...
Control performances of smart structures depend on the size and location of the piezoelectric actuat...
This work presents a theoretical and experimental investigation of vibration control of composite bo...
In modern engineering, weight optimization has a priority during the design of structures. However, ...
The paper describes the dynamics of a composite cantilever beam with an active element. The vibratio...
This paper presents the modeling and design of a Periodic Output Feedback (POF) controller to suppre...
ABSTRACT: This paper proposes an active vibration control technique, which is based on linear matrix...
In recent years, smart composites have been introduced in the market that open up new possibilities ...
In the literature distributed arrays of piezeoelectric patches are employed to actively control stru...
Thesis (MTech (Mechanical Engineering))--Peninsula Technikon, Cape Town,1999Smart structures technol...
ABSTRACT: This paper proposes an active vibration control technique, which is based on linear matrix...
Summarization: Mathematical formulation and the computational model for the active vibration control...
Summarization: Large amplitudes and attenuating vibration periods result in fatigue, instability, an...
This paper deals with the active vibration control of beam like structures with distributed piezoele...
Large amplitudes and attenuating vibration periods result in fatigue, instability, and poor structur...
This paper presents experimental verification of the active vibration control of a smart cantilever ...
Control performances of smart structures depend on the size and location of the piezoelectric actuat...
This work presents a theoretical and experimental investigation of vibration control of composite bo...
In modern engineering, weight optimization has a priority during the design of structures. However, ...
The paper describes the dynamics of a composite cantilever beam with an active element. The vibratio...
This paper presents the modeling and design of a Periodic Output Feedback (POF) controller to suppre...
ABSTRACT: This paper proposes an active vibration control technique, which is based on linear matrix...
In recent years, smart composites have been introduced in the market that open up new possibilities ...
In the literature distributed arrays of piezeoelectric patches are employed to actively control stru...