Research on stability of ring-stiffened cylindrical shells under various uniform lateral external pressures;

Sound radiation analysis of low order modes from the ring-stiffened cylindrical shells in fluid medium;

Regression analysis of lowest frequency for ring-stiffened cylindrical shell under hydrostatic pressure

Sound radiation of a submerged periodic ring-stiffened cylindrical shell by space-harmonic analysis;

Radiated sound pressure of an infinite periodic ring-stiffened cylindrical shell in fluid field was studied by both theoretical and experimental method.

In order to find the post-buckling path for ring-stiffened shells under hydrostatic pressure and consider the practical shapes of ring sections, the Compound Strip Method (CSM) is applied to the post-buckling analysis of ring-stiffened cylindrical shells.

A comparison is made among current calculation methods for the buckling of ring-stiffened cylindrical shells under hydrostatic pressure.

The procedtires for the general buckling analysis 0f ring-stiffened cylindrical shells under hydrostatic presstlre by finite strip method are formulated.

In this paper a general analysis method is presented for evaluating the steady state response of submerged evenly spaced uniform ring-stiffened cylindrical shells coated with viscoelastic damping materialsubject to a radical harmonic force.

A novel method for analyzing circumferentially stiffened non-circular cylindrical shells subjected to external pressure;

The systemic and thorough researches on the strength problem of circumferentially stiffened non-circular cylindrical shells have been carried out in this thesis supported by the project be accomplished by cooperated with Wuhan Ship Design & Development Institute.