This present research concerns the large deflection of smart functionally graded porous
magneto-electro-elastic (FGP-MEE) composite shell structures. The accurate modeling …

Blade crack is one of the main causes of aero-engine failure, resulting in catastrophic
accidents. At present, most of the research on dynamic characteristics of cracked blades is …

As a first attempt, the vibration of rotating functionally graded porous Rayleigh beams under
longitudinal motion in hygro-thermo-magnetic fields is scrutinized numerically and …

In this paper, a study in the dynamic fracture assessment of Variable Angle Tow (VAT)
composite laminates is presented. An interaction integral, which includes extra terms to …

To prevent overheating of the airframe, an aero-engine is often designed to play a role in
shielding heat radiation heat shield. Since the thermal protection system used in this paper …

In the present work a novel framework of algorithm has been proposed for enhancing the
versatility of the element-free Galerkin method for modeling of fracture in graded media …

This work scrutinized the vibration behavior of nanoscale beam structures with rotating
motion according to the nonlocal stress-strain gradient theory (NSSGT). The surface layer …

The complete stress distribution around the tip of angularly heterogeneous material V-notch
includes singular stress term and higher order non-singular stress term. The latter has …

This study delves into mechanical engineering by investigating damage mechanisms and
reinforcement strategies in notched structures. Our research centers on enhancing structural …

This study presents a thermo-mechanical fracture analysis of porous functionally graded
cracked plates using the extended finite element method. Three types of functionally graded …