Stability of composite plates integrated with graphene-reinforced piezoelectric layers
MECHANICS BASED DESIGN OF STRUCTURES AND MACHINES(2024)
摘要
Graphene enhances piezoelectric matrix properties due to its exceptional conductivity and physical characteristics. However, existing models encounter significant challenges in analyzing buckling behavior of graphene-reinforced composite piezoelectric (GRCP) actuators. Inaccuracy in describing transverse shear deformations impact plate stability, particularly due to the disparities in material properties at the interfaces. A new plate model is proposed, featuring a refined interlaminar shear stress field for accurate modeling. Validity is confirmed via 3D elasticity solutions and alternative theories. Compared to existing models, the proposed theory shows superior precision. Additionally, a parametric study explores key factors influencing buckling behaviors of piezoelectric composite plates.
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关键词
Graphene-reinforced composite piezoelectric,buckling analysis,refined plate model,transverse shear stresses
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