Dynamic response of ring-stiffened cylindrical shells under non-uniform lateral impact;

Optimization design of static and dynamic characteristics of stiffened cylindrical shells based on APDL;

This was done via a series of vibration sensors which were fitted on the stiffened cylindrical shell for estimating the vibration and radiated noise level.

A postbuckling analysis is presented for a stiffened cylindrical shell of finite length subjected to combined loading of external pressure and a uniform temperature rise.

The present research situation for impacting buckling of stiffened plates and stiffened cylindrical shells is reviewed in this paper.

Whipping response analysis of slender stiffened cylindrical shell subjected to underwater explosion with bubble pulse;

Due to its structural characteristics of a multi-beam-stiffened cylindrical shell,it is widely used in engineering practices,so it is important to do vibration study on an elastic beam-stiffened cylindrical shell.

The dynamics equations of viscoelastic stiffened laminated shells were deduced by means of the mixed layerwise theory and Ressiner′s mixed variational theorem,in which quadratic functions for displacement and three-order or four-order functions for transverse stress in the shell-thickness direction were adopted.