Unlike the widely used eigen-buckling theory, the nonlinear post-buckling analysis provides
a more accurate stability model of piezoelectric cylindrical shells and predicates more …

An accurate nonlinear hygrothermal-electro-elastic (HTEE) buckling analysis of piezoelectric
fiber-reinforced composite cylindrical shells subjected to the coupled loading effects of axial …

This paper presents an extension of the recently developed smoothed floating node method
(SFNM) with cohesive zone approach to model crack growth in elastic materials under …

An analytical method is proposed for the analysis of simply supported temperature-
dependent layered shells subjected to thermomechanical loading. The method is developed …

This paper presents a detailed analytical investigation on the buckling and postbuckling
behavior of laminated composite double curved panels with eccentrically and/or …

A fully analytical approach on thermal and mechanical buckling and postbuckling of
cylindrical shell surrounded on nonlinear elastic foundation is presented. The shell is …

This article presents closed-form solution for the buckling, postbuckling, and nonlinear
deflection of laminated composite plate with two piezoelectric actuators on elastic foundation …

The stiffeners and piezoelectric actuators are used in many aerospace structures as an
auxiliary layer with laminated composites. A question then arises as to whether we can …

This work presents a reduced-order solution for the thermoelastic geometrically nonlinear
response of simply-supported thin-walled structures subjected to the purely thermal load …

This paper presents a semi-analytical investigation of the thermo-mechanical buckling and
post-buckling of shape memory alloy (SMA) composite cylindrical shell reinforced with …