In this paper, two-stage approaches are proposed to study damage detection, localization
and quantification in Functionally Graded Material (FGM) plate structures. Metal and …

In this research, the natural frequency responses of joined hemispherical–cylindrical–
conical shells made of composite three-phase materials have been dealt with in the …

Due to the vast usage of metal foam structures in branches of science, reinforcing them with
nano-fillers makes them more convenient. Hence, in the current study, vibration …

The mixture unified gradient theory of elasticity is invoked for the nanoscopic study of the
nonlinear flexure mechanics of nanobeams. A mixed variational framework is conceived …

This article focuses on the impact of waviness and aggregation of nanofillers on wave
dispersion behavior of the nanocomposite curved beam strengthened with multi-walled …

Active control of aeroelastic flutter in composite structures is vital for improving the
performance and safety of aerospace systems. Understanding the impact of cracks on flutter …

Due to the increasing demand for environmentally safe products, the use of composites
manufactured from natural fibres has become one of the most widely researched subjects …

An analysis is performed in this research to obtain the natural frequencies and mode shapes
of a thick sandwich beam with metal foam core. Different types of foams are considered for …

Strong, tough, and lightweight composites are increasingly needed for diverse applications,
from wind turbines to cars and aircraft. These composites typically contain sheets of strong …

In this manuscript, the sequel of agglomeration on the vibration of fiber metal laminated
(FML) cylindrical shell in the micro phase using developed couple stress theory (MCST) …