Equivalent space truss system method for plate-cone reticulated shell;

Composite material application in plate-cone reticulated shell;

Practical method for analyzing plate-cone reticulated shell;

Plate cone reticulated shell is a new type of space structures with good mechanical behavior and technical economy.

It is found that the generalized comforming element is a kind of simple, efficient and reliable element, which is suitable for the analysis of plate cone reticulated shells.

In this dissertation,a continuum analogy method for plate cone reticulated shell which is equivalent to the three layer shell analogy method is put forward.

Active vibration control of conical shell with patched piezoelectric actuators;

In order to investigate a real conical shell model, plate element is used for the finite element method (FEM) modeling and the influence of distribute piezoelectric actuator is regarded as the boundary conditions in the mathematical modeling.

As Shandong Binzhou Conference and Exhibition Center for the engineering background,the force-bearing properties of meridional folded plate latticed shell are analyzed with the shape of flat five-pyramids consisting of the H-shaped steel members.

A bionic approach of topology design optimization for vibration-proof plate and shell structures;

Topology optimization design of plate and shell structures with discrete variables and its application;

The damage of plate and shell structures subjected to the striking loads and explosions was a very complex process with highly nonlinear character.

Finite element analysis for nonlinear buckling of plates and shells;