The free vibration of temperature-dependent functionally graded plates (FGPs) resting on a
viscoelastic foundation is investigated in this paper using a newly developed simple first …

In the realm of aerospace engineering, the analysis of flutter under supersonic flight
conditions is of paramount importance. Hybrid nanocomposite materials, known for their …

The prime aim of the current exploration is that to analyze the size-dependent nonlinear
dynamics of microsize laminated bridge-type piezoelectric energy harvesters containing a …

Most studies on the nanoscale mainly focus on regular rectangular nanoplates, but
according to the synthesis of nanostructures, the dynamic response of non-rectangular …

The thermal vibration and buckling behavior of a functionally graded nanoplate are
examined in this study. The nanoplate is made up of a silicon nitride/stainless steel core …

Scientists have explored alternative reinforcements to improve the mechanical properties of
composite structures in recent years due to the high financial and environmental costs …

Our study employs the Timoshenko beam theory to thoroughly investigate the propagation of
waves in auxetic metamaterial beams enabled by functionally graded graphene origami …

The present study examines the natural frequencies (NFs) of perfect/imperfect functionally
graded sandwich beams (P/IP-FGSBs), which are composed of a porous core constructed of …

In this study, the nonlinear dynamic behaviors are investigated for the functionally graded
graphene platelet (FGGP) reinforced composite rotating war** blade under combined the …

This work examines thermo-mechanical bending wave propagation in a sandwich
nanobeam using advanced sandwich nanobeam and nanolocal strain gradient elasticity …