The vibration and stability analyses of functionally graded (FG) reinforced porous plates with
piezoelectric layers under supersonic flow are investigated. The plate has a FG core …

In this work, we investigate the aero-thermo-elastic properties of graphene platelet (GPL)-
reinforced nanocomposite lattice sandwich plates with pyramidal truss cores under …

The object of this work is to develop a general meshless vibration model for analyzing the
modal properties and stochastic responsesof laminated rectangular and sectorial plates …

This paper performs the nonlinear dynamic analysis and vibration reduction of the panel
structures subjected to supersonic airflow. The negative capacitance piezoelectric shunt …

In this paper, a unified solution is developed to analyze the vibration and flutter behaviors of
supersonic porous functionally graded material (FGM) plates with general boundary …

This paper proposes a nonlinear piezoelectric shunt dam** circuit to mitigate the vibration
of the plate structures subjected to the aerodynamic and harmonic excitations. The nonlinear …

This paper investigates the stationary/nonstationary stochastic responses of composite
laminated plates under thermal and aerodynamic loads, where the point random excitation …

In this paper, a unified solution is proposed to evaluate the aero-thermo-elastic flutter of
supersonic plates with general boundary conditions, in which the classical and non-classical …

In this paper, the aeroelastic analysis of both symmetric and non-symmetric trapezoidal
sandwich plates with various boundary conditions in supersonic airflow is studied. The …

This paper investigates the flutter characteristics and free vibrations of porous functionally
graded plates using the analytical and Rayleigh-Ritz methods. The analytical methods can …