This study collects all of the existent papers in the field of acoustic transmission across
multilayered plate constructions. Herewith, a comprehensive source is proposed wherein …

Porous and nanocomposite materials are widely used in various engineering structures due
to their exceptional thermos-mechanical properties. In this work, the poro-thermoelastic …

Triply periodic minimal surface (TPMS) sandwich panels have superior characteristics,
including lightweight and extraordinary mechanical properties, so that they are widely …

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

In this contribution, a review study is established in order to gather, classify and organize all
of the previous researches on the sound insulation characteristics of plate structures with …

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 approach proposes a strategy based on modeling poroelastic doubly curved composite
shells on a Pasternak-type Elastic Foundation (PEF). Likewise, a general formulation is …

This paper aims to present a theoretical model of flexural wave bandgaps in locally resonant
cylindrical curved shell and investigates a technique for broadband wave mitigation using a …

To targeted regulate and improve the low-frequency sound insulation performances of
traditional sandwich structures, a sandwich structure compounded with resonant acoustic …

This approach focuses on the acoustic characteristic of a simply supported doubly curved
composite shell subjected to the Pasternak-type elastic foundation. To carry out the sound …