Design of shear‐deformable laminated shells for maximum buckling load under combined loading

Effect of basalt fiber hybridization on the vibration‐damping behavior of carbon fiber/epoxy composites

“…It also becomes a major concern in engineering applications of the fiber reinforced composite materials. A lot of research studies have been performed to determine the vibration damping characteristics of fiber reinforced composite materials and to evaluate the effects of fiber loading, fiber orientation angle, number of layers, and stacking sequence of layers on vibration damping properties .…”

“…The operational modal analysis was performed to extract the modal parameters. Adali and Verijenko studied the optimum stacking sequence of graphite/glass hybrid fiber reinforced composite plates undergoing free vibration. The stacking sequences were analyzed using graphite fibers in outer layers and glass fibers in inner layers with discrete ply angles.…”

Hybridization effects on lateral buckling behavior of laminated composite beams

“…The buckling characteristics were determined using first‐order shear deformation theory (FSDT) and finite element technics. Optimum stacking sequence of symmetric laminated hybrid composites under free vibrations were studied by Adali and Verijenko . Graphite/Epoxy for outer layers and Glass/Epoxy for inner layers were used for multilayered hybrid laminates.…”

Incorporating industrial constraints for multiobjective optimization of composite laminates using a GA

“…In general, design optimization of laminated composite structures involves not only one objective function but several objective functions [5,6,20] that are in permanent conflict. This kind of problems can be handled by a multicriteria approach, leading to designs which are balanced from an overall viewpoint.…”

“…There exist two approaches: we can use either a direct method [7][8][9][10] or a posteriori method based on evolutionary strategies [11,20]. Multicriteria optimization of composite structures has been discussed widely in the literature by various researchers, Adali et al [6] presented multicriteria optimisation of laminated plates for maximum pre-buckling, buckling and post-buckling strength, Kere et al [9] reported on multicriteria optimization a Corresponding author: hbassir@univ-fcomte.fr for strength design of composite laminates, while Adali et al [10] used the multicriteria approach to design laminated cylindrical shells for maximum pressure and buckling load.…”