It is well known that fabrication processes inevitably lead to defects in the manufactured
components. However, thanks to the new capabilities of the manufacturing procedures that …

In this paper, the dynamic and aeroelastic analysis of variable fiber spacing composite
(VFSC) laminated plates are carried out. The effects and benefits of changing the fiber …

The influence of uncertainty in material properties on free vibration and aeroelastic response
of variable angle tow (VAT) laminated plates is presented in this work. Free vibration …

This article is the first attempt in the open literature to investigate the impact of uncertainty in
material properties on the critical buckling speed of rim-driven rotating laminated plates. The …

In the current research, optimal locations on aircraft panels are thickened to delay the flutter
occurrence. A standard square isotropic Aluminum panel of 12× 12 in. is considered. In …

This study delves into the impact of material and fabrication uncertainties on the natural
frequencies of rim-driven rotating structures. Utilizing a higher-order shear deformation …

Variable angle tow (VAT) composite laminated structures are produced by automated tow-
placement technology which can take advantage of the designability of composites to meet …

In this paper, the stochastic aeroelastic stability analysis of a composite high aspect ratio
wing with various elastic couplings is investigated. The wing consists of a rectangular spar …

Continuous tow shearing is a promising manufacturing technique which can produce highly
tailored steered carbon fibre laminates. This has been shown to improve the buckling …

Continuous tow shearing (CTS) is a promising manufacturing technique which can produce
highly tailored steered carbon fibre laminates. This has been shown to improve the buckling …