In this study, an efficient numerical procedure is introduced to the solution of the dynamic
response of functionally graded porous (FGP) beams. The elastic modulus and mass density …

In this research paper, a powerful numerical method is implemented to examine the free
vibration analysis of functionally graded (FG) sandwich beams of variable cross-section. The …

In this paper, an effective unified numerical approach is utilized to analyze the free and
forced vibration response of two-directional functionally graded (2D-FG) thick circular and …

Out-of-plane dynamic analysis of AFG cycloidal beams is investigated by a powerful and
efficient approach in the Laplace space. A powerful inverse algorithm is applied to retransfer …

Magnetic field and thermal loads are present in the operating environment of jet engine
parts such as turbine rotors. Therefore, their influence on the burst velocity of rotors is worthy …

In this article, the in-plane forced vibration behavior of transversely isotropic and laminated
composite parabolic arches is examined by the unified scheme of the complementary …

A fractional order constitutive behavior law is proposed in this paper to describe the
viscoelasticity of the nonlinear rod. The fractional governing equation of the nonlinear …

Hydrogen induced stresses in functionally-graded axisymmetric spheres, cylinders and
disks are investigated by the combine use of infinitesimal theory of plane elasticity and …

In this study, an exact transfer matrix method is developed to analyze the effect of rotatory
inertia and tapering on the free vibration characteristics of tapered Rayleigh beams. The …

In the present article, a powerful numerical approach is applied to the axisymmetric bending
of 2 D-FG circular and annular plates with variable thickness. The mechanical properties of …