In engineering applications, there has been an overwhelming tendency towards portability,
miniaturization, and integration in recent years. To link the intrinsic size dependency feature …

This paper dealt with the nonlinear dynamic response and vibration of multilayer organic
solar panels subjected to mechanical and thermal loadings. The nanocomposite multilayer …

Recent studies demonstrated that porous materials could gain satisfying improvements in
some mechanical properties by adding graphene platelet (GPL) reinforcements. Following …

This paper studies the nonlinear dynamic characteristics of the simply supported and
clamped graphene platelets reinforced porous plates with magneto-electro-elastic (MEE) …

Architected cellular structures are designed by tessellating unit cells in a periodic fashion.
The optimisation of the cellular structures ensures their compatibility with engineering …

Forecasting of stochastic ductile failures in fabrication and service stages are challenging
tasks of advanced structures in practical engineering. Due to the prohibitive costs of …

Buckling analysis is fundamental yet essential for engineering structures in stability
assessment, design optimization, structural design, and the like. Uncertainty as an inherent …

Photostrictive materials have attracted tremendous interest as the new generation of smart
materials that can achieve a direct conversion from optical energy to mechanical energy …

Scientists are growing interested in organic panels because of its effective use in harnessing
solar energy for many applications in life and technology. This research used two innovative …

This research aims to provide the numerical analysis solution of symmetric angle ply plates
using higher-order shear deformation theory (HSDT). The vibration of symmetric angle ply …