Functionally graded multilayer shallow arch structures have gained significant attention due
to their unique mechanical properties and potential applications. This review aims to provide …

This paper investigates the dynamic instability of a functionally graded porous arch
reinforced with uniformly distributed graphene platelets (GPLs) under the combined action of …

A novel machine learning aided structural reliability analysis for functionally graded frame
structures against static loading is proposed. The uncertain system parameters, which …

A scaled boundary finite element method (SBFEM) framework is introduced for the bending
and free vibration analyses of functionally graded material (FGM) porous plates based on …

Shaft misalignment is regarded as a deterministic parameter in traditional dynamics analysis
of gear system, but due to design tolerance and assembly accuracy, shaft misalignment is …

This paper introduces a semi-analytical approach integrated with Monte Carlo simulation for
stochastic buckling analyses of porous functionally graded plates arising due to the …

This paper presents a machine learning aided stochastic free vibration analysis for
functionally graded (FG) bar-type structures through finite element method (FEM). The …

In real-world engineering, uncertainty is ubiquitous within material properties, structural
geometry, load conditions, and the like. These uncertainties have substantial impacts on the …

The aim of the current paper is the probabilistic dynamic stability analysis of graphene-
reinforced functionally graded porous cylindrical shells under dynamic axial loads. For this …

In order to achieve the fine and high reliability design of laminated composite plates, the
randomness of geometric and material parameters, along with the nonlinear mechanical …