Free vibration of antisymmetric, angle-ply laminated plates including transverse shear deformation by the finite element method
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On machine learning assisted data-driven bridging of FSDT and HOZT for high-fidelity uncertainty quantification of laminated composite and sandwich plates
2023, Composite StructuresCitation Excerpt :According to FSDT, the transverse shear strain is approximated by incorporating a shear correction factor through the thickness which is also unable to predict the actual behaviour of composite laminates [49]. A large number of studies have been carried out for the case of free vibration analysis of composite plates [3–15] focusing on deterministic aspects. To overcome the limitations of FSDT, later HSDT was developed.
An investigation of aero-thermo-elastic flutter and divergence of functionally graded porous skew plates
2022, Composite StructuresCitation Excerpt :Majidi et al. [35] studied the effect of CNT reinforcements on the flutter boundaries of cantilever trapezoidal plates under yawed supersonic fluid flow. In order to investigate mechanical behaviors of the plates, there are different analytical and numerical methods such as Galerkin method [36–38], Ritz method [39–41], finite element method [42–44] and GDQ method [45–48]. Since GDQ method is known as an accurate, efficient and convenient method and has great potential in solving the complicated partial differential equations, in this study, the GDQ method is used.
An enhanced higher order zigzag theory for laminated composite plates under mechanical/thermal loading
2022, Composite StructuresFree vibration analysis of adhesively bonded lap joints through layerwise finite element
2019, Composite StructuresCitation Excerpt :However, in practical applications, little concern is paid on the lateral modes for the lap joints. It can be found from the prior studies [1–15], almost all the related studies focus on the joint’s bending, torsional or longitudinal vibration behaviors. Even though we need to analyze the lateral vibration, the present method also can provide a good prediction for the joint’s natural frequencies.
Analysis of natural frequency parameters of partially cracked orthotropic composite square plates
2019, Materials Today: Proceedings