The active aeroelastic flutter analysis and vibration control at the flutter bounds of the
supersonic composite laminated plates with the piezoelectric patches are studied. The …

This paper presents the active vibration control of carbon nanotube (CNT) reinforced
functionally graded plates using piezoelectric actuator and sensor pairs bonded on the top …

Rotating composite beam structures like blades are applied in many fields of aerospace and
mechanical engineering. In this research, bending vibration control of the pre-twisted …

Aerothermoelastic analysis for composite laminated panels in supersonic flow is carried out.
The flutter and thermal buckling control for the panels are also investigated. In the modeling …

The active vibration control of all kinds of structures by using the piezoelectric material has
been extensively investigated. In this paper, the active aeroelastic flutter characteristics and …

Until now, few literatures on the active vibration control of lattice sandwich structures
employing the piezoelectric materials have been published. Motivated from this, the active …

Aerothermoelastic characteristics of composite laminated panels with time-dependent
boundary conditions are investigated. The macro fiber composite (MFC) which is more …

This paper gives a bibliographical review of the finite element methods (FEMs) applied to
the analysis and simulation of smart materials and structures. The bibliography is an …

The study of piezoelectric cantilever beam as vibration based energy harvesting has been
emerged over the past two decade. This paper presents distributed parameter electroelastic …

The optimal active flutter control of supersonic composite laminated panels is studied using
the distributed piezoelectric actuators/sensors pairs. The supersonic piston theory is used to …