A geometrically nonlinear forced vibration analysis of circular cylindrical sandwich shells
with open/closed cellular core using higher-order thickness and shear deformation theory is …

This paper presents the nonlinear static analysis of circular cylindrical sandwich shells using
a higher-order thickness and shear deformation theory with nine kinematic parameters. The …

Dynamic instability analysis of structures has been a critical issue in the application of
engineering and mechanical designs. Can we directly simulate the dynamic stability of …

This study presents a semi-analytical solution of nonlinear vibrations of circular cylindrical
shells made of carbon nanotube (CNT) fiber-reinforced composite (CNT-FRC). Vibrations …

In this paper, two-dimensional Legendre wavelets algorithm is applied for the first time to
solve a variable order fractional partial differential governing equation of viscoelastic column …

An innovative numerical procedure for solving the viscoelastic column problem based on
fractional rheological models, directly in the time domain, is investigated. Firstly, the …

The analysis of the non-linear vibration response is carried out for functionally graded (FG)
circular cylindrical shells subjected to thermal environment along with mechanical in-plane …

In this article, nonlinear vibration and dynamic stability analyses of simply supported
laminated composite circular cylindrical shells subjected to periodic edge loading are …

The range of applications of fiber-reinforced polymer structures has become increasingly
diverse in recent years. However, little is known on their performance under dynamic loads …

Modular structural systems have been used increasingly for low-and mid-rise structures
such as schools and apartment buildings, and applications are extending to high-rise …