Because of the modification in environmental conditions, thermal stresses may induce
dynamic instability in a composite shell model. Therefore, according to the double Fourier …

This paper presents a joint experimental and theoretical approach to the dynamics and
mass sensitivity of hyperelastic plates including cases with modal interactions. For the …

This study presents an analytical framework based on the third-order shear deformation
theory (TSDT) to conduct a comprehensive thermo-vibro-acoustic evaluation of a multi …

The post-buckling equilibrium paths (including the whole unstable region) and natural
characteristics of fiber-reinforced composite laminated plates with different imperfections …

This paper presents the studies carried out for improving the acoustic behavior of truss core
sandwich panel, which is mostly used in aerospace structural applications. The empty space …

This paper investigates the vibration and sound radiation of porous functionally graded
material (FGM) plates with temperature gradient along the thickness. The even and uneven …

Composite structures are extensively applied in aircraft and marine industries because of
their high stiffness-to-weight ratios and other advantages. The composite structures in the …

The paper is focused on the vibration and acoustic responses of the sandwich panels
constituted of orthotropic materials applied a concentrated harmonic force in a high …

The durability of pavement structures is influenced by their dynamic responses, which are
governed by factors such as traffic loads, temperature variations and material properties. In …

Uncertainty is pervasive and exerts a profound influence in engineering practice.
Uncertainty quantification is a primary task and of paramount importance in uncertainty …