In this study, a modified finite element method (FEM) that can be used to analyse the
transverse vibrations of a Timoshenko beam, made of functionally graded materials (FGMs) …

This study aims to determine the natural frequencies of axially functionally graded porous
material (FGPM) beams with non-uniform cross-sections under a variety of boundary …

Purpose The study aims to analyze the free vibration behavior of functionally graded porous
beams with non-uniform rectangular cross-sections, investigating four distinct porosity …

This paper derives exact shape functions for both non-uniform (non-prismatic section) and
inhomogeneous (functionally graded material) Timoshenko beam element formulation …

In this paper, the dynamic modeling of functionally graded beams subjected to a mobile
mass is studied using modal analyzes. The material properties are assumed to vary …

Post-buckling analysis of planar beams and frames made of axially Functionally Graded
Material (FGM) by using the finite element method is presented. The material property of the …

This paper presents a finite element algorithm for nonlinear dynamic analysis of cracked
beams on an elastic foundation subjected to moving mass. Quantity surveying with …

The study assumes constant shear friction to perform mechanics analysis and comparisons
of compression characteristics in compression forming of porous cylinder based on slab …

This paper introduces forced vibration analysis of functionally graded materials (FGMs)
beams subjected to moving harmonic loads in different physical and geometric states, under …

In this paper, a series of systematic studies on the rotating compression of porous cylinders
by the FEM using DEFORM-3D analysis software are carried out. For a series of simulations …