In this paper, several simplification methods are presented for shape control of repetitive structures such as symmetrical, rotational periodic, linear periodic, chain and axisymmetrical structures. Some special features in the differential equations governing these repetitive structures are examined by considering the whole structures. Based on the special properties of the governing equations, several methods are presented for simplifying their solution process. Finally, the static shape control of a cantilever symmetrical plate with piezoelectric actuator patches is demonstrated using the present simplification method. The result shows that present methods can effectively be used to find the optimal control voltage for shape control.http...
Treated herein is the shape control of a composite laminated beam using piezoelectric patch actuator...
Recently, there have been extensive investigations on the shape control of beams using piezoelectric...
Abstract. This paper presents the analytical and experimental results on optimal placement of piezoc...
In this paper, several simplification methods are presented for shape control of repetitive structur...
Optimum control voltage design for static shape control of structures with nonlinear piezoelectric a...
Controlled actuation and sensing of structures by spatially distributing the piezoelectric material ...
Application of smart piezoelectric materials in structural control is gaining momentum. Optimum plac...
ABSTRACT: In this paper, static shape control of structures with nonlinear piezoelectric actuators i...
This paper investigates the simultaneous optimal distribution of structural material and trilevel ac...
In this paper, we address shape control of plate structures by efficient distribution of the piezoel...
With piezoelectric actuator as control element, this paper formulates the basic equations of shape c...
The application of piezoelectric actuators for static shape control composite plate is investigated ...
In this work, the shape control of curved beams using symmetric surface bonded piezoelectric actuato...
ABSTRACT: Future technologies in microsensing, microactuation, active changes in shapes of aerofoils...
Shape control of laminated composite plates with integrated piezoelectric actuators is discussed. Th...
Treated herein is the shape control of a composite laminated beam using piezoelectric patch actuator...
Recently, there have been extensive investigations on the shape control of beams using piezoelectric...
Abstract. This paper presents the analytical and experimental results on optimal placement of piezoc...
In this paper, several simplification methods are presented for shape control of repetitive structur...
Optimum control voltage design for static shape control of structures with nonlinear piezoelectric a...
Controlled actuation and sensing of structures by spatially distributing the piezoelectric material ...
Application of smart piezoelectric materials in structural control is gaining momentum. Optimum plac...
ABSTRACT: In this paper, static shape control of structures with nonlinear piezoelectric actuators i...
This paper investigates the simultaneous optimal distribution of structural material and trilevel ac...
In this paper, we address shape control of plate structures by efficient distribution of the piezoel...
With piezoelectric actuator as control element, this paper formulates the basic equations of shape c...
The application of piezoelectric actuators for static shape control composite plate is investigated ...
In this work, the shape control of curved beams using symmetric surface bonded piezoelectric actuato...
ABSTRACT: Future technologies in microsensing, microactuation, active changes in shapes of aerofoils...
Shape control of laminated composite plates with integrated piezoelectric actuators is discussed. Th...
Treated herein is the shape control of a composite laminated beam using piezoelectric patch actuator...
Recently, there have been extensive investigations on the shape control of beams using piezoelectric...
Abstract. This paper presents the analytical and experimental results on optimal placement of piezoc...