In the existing paper, thermo-mechanical buckling performance of three-layered advanced
fluid-infiltrated porous shells that are embedded between two GPLs-reinforced composite …

In this paper, multiscale modeling of polymer composites consisting of Graphene Foam (GF)
and Polydimethylsiloxane (PDMS) is conducted, and their Thermal Conductivity (TC) is …

In this study, a numerical analysis examines the thermal post-buckling response of
rectangular functionally graded (FG) plates. Since the post-buckling is analyzed in a thermal …

In this article, the nonlinear flexural analysis of perforated functionally graded composite
panel is performed under heat conduction and uniform/sinusoidal pressure. Here …

This paper analyses the thermal buckling and thermomechanical bending responses of
sandwich plates with FGM face layers, using new quasi-three-, and two-dimensional HSDTs …

In this study, we investigate the free vibrations of functionally graded plates using the refined
shear deformation theory. These plates have material properties that vary in two directions …

In macroscopic applications, the production of graphene foam (GF) can be an attractive way
to utilize the combined advantages of graphene sheets and porous materials. The porosity …

Doubly curved shallow shells, common in aerospace and civil engineering, pose significant
challenges in predicting bending responses due to their complex geometry and material …

Multi-directional functionally graded materials (MD-FGMs) are a brand-new family of
sophisticated composites with continually changing structural and mechanical properties but …

This work adapts the Q4γ s quadrilateral element to analyse three-layer FGM sandwich
plates. Two types of FGM sandwich configurations are employed to assess the element …