The present research investigates the thermodynamically bending behavior of FG sandwich
plates, laying on the Winkler/Pasternak/Kerr foundation with various boundary conditions …

The lattice sandwich structure as a new periodic sandwich model involves high stiffness and
superior strength to density ratio, which can be applied for modeling lightweight systems …

The present work instigates a systematic literature review (SLR) methodology to highlight
the most important studies and research progress on the vibration-induced sound radiation …

Re-entrant auxetic cellular structures (RACSs) offer various mechanical properties.
Specifically, their high acoustic absorption and dissipation properties turn them into proper …

This paper deals with the vibration and instability of a sandwich circular plate. The plate
composes of Magnetorheological fluid core and Magnetostrictive face sheets. Also, Kerr …

A viscoelastic model is proposed in this approach to determine the sound transmission loss
coefficient of a sandwich shell system with double curvature. The structure is composed of a …

Acoustic metamaterials provide a powerful tool for designing effective noise-reducing means
at subwavelength scales. This paper is concerned with the sound insulation characteristics …

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

Acoustic metamaterials have been becoming a popular topic for the better sound insulation
at low frequency than traditional materials. However, due to the local resonance mechanism …

Acoustic metamaterials (AMs) composed of periodic artificial structures have extraordinary
sound wave manipulation capabilities compared with traditional acoustic materials, and they …