Study on displacement model of higher order shear deformation theory of laminated composite plates
Rong Chen
Abstract
Rong Chen
Abstract
A higher order shear deformation theory based on global-local displacement hypothesis is proposed This theory fully satisfies interlaminar displacement and stress continuity and shear traction conditions on both the top and bottom free surfaces Numerical results show that the higher order shear deformation theory can not only describe free shear deformation, but also calculate accurately the global displacements and the transverse shear stresses
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A higher order shear deformation theory based on global-local displacement hypothesis is proposed This theory fully satisfies interlaminar displacement and stress continuity and shear traction conditions on both the top and bottom free surfaces Numerical results show that the higher order shear deformation theory can not only describe free shear deformation, but also calculate accurately the global displacements and the transverse shear stresses
Key concepts: Shear (geology), Simple shear, Traction (geology), Shear stress, Shear rate, Critical resolved shear stress, Displacement (psychology), Transverse shear