The thickness configuration effect on natural frequency and critical speed of spinning
variable-thickness cylindrical shells is investigated in this paper. Based on Love's thin shell …

This paper presents a numerical model for analysis of the aeroelastic stability of a thin
cylindrical shell subjected to external supersonic airflow including consideration of the effect …

This paper analytically studies the buckling of a cylindrical shell having varying thickness
under non-uniform axial compressive loads for the first time, which widely exists in …

An analytical solution is derived for dynamic response of a modified Timoshenko beam with
an infinite length resting on visco-Pasternak foundation subjected to arbitrary excitations …

This study explores the nonlinear free vibrations of anisogrid lattice cylindrical panels under
clamped circumstances for the first time. The lattice panel is made of repeating …

Purpose In this work, the vibrational behavior of the rectangular microplates is formulated
based on higher-order shear deformation theory considering thickness stretching. Method …

Straightforward analytical free vibration solutions of non-Lévy-type open cylindrical shells
are obtained in this study by the finite integral transform method, which was not achieved by …