A novel dynamic model of the functionally graded graphene platelet (FGGP) reinforced
rotating pretwisted composite blade under the aerodynamic force and blade-casing rubbing …

The purpose of the present investigation is to reveal the saturation phenomena and the
primary resonance of a rotating pretwisted laminated composite blade subjected to a …

A new modeling on the vibrations and bifurcations is proposed for the pretwisted composite
rotating blade reinforced by the functionally graded graphene platelet (FGGP) subjected to …

The machining errors and the geometric imperfections are unavoidable, such as, local
indentations, surface form error, flat curve form error and non-uniform thickness and so on. In …

The coupled effect of manufacturing uncertainty and a critical service-life damage condition
(delamination) is investigated on the natural frequencies of laminated composite plates. In …

The composite structures usually experiences vibration during service. Presence of
delamination in a structure not only significantly impacts the stiffness of the structure with …

The morphing wing aircraft, with good performances of flexibility and motility, has been paid
more and more attention by researchers in recent years. During the unfolding process, the …

Thickness-tapering in multi-layered composites is achieved by terminating the plies at
discrete locations. This allows for effective material utilization and significant weight savings …

In this work the differential quadrature method is applied to first-order shear deformable
composite plates having a through-width delamination. The semi-layerwise modeling …

The theoretical modeling of a functionally graded (FG) graphene nanoplatelet (GPL)-
reinforced assembled beam–plate structure resting on elastic supports is presented for the …