| Topology optimization is a newer field with rapid development. Due to their complexity and difficulty in solving it, it is considered as a challenging field. With the extending of information shared in various fields, the topology optimization field also is facing the same important issue.The topology optimization problem to minimize structural displacement with constraint of volume is studied firstly. The struss-like materal model is adapted. Using the finite element method and mathematic program method, the topology optimal struss-like continuum is formed. The convergence of objective function and the structural displacement distribution are discussed for the optimization of an engineering structure. The computer programme in MATLAB is written.To reinforce the intercommunion with the internal and international colleague, and to promote the cooperation in the engineering field, firstly, the vml language is used to create the interactive parts of structures topology and the Javascript language to create structures topology of the functions of the interactive application. The platform for the intercommunion about the technology in structural topology optimization is studied and developed. This platform is developed by the Visual Studio software. The Apache net server is used. The server is tested and debuged to ensure its normal work.The Web server consists of several web pages written in HTML language. In the web pages, there are the input files of structural topology, topology optimization and the output files of structural topology. The files are inputed and outputed using Web server template provided by MATLAB. The optimization function program code is written in MATLAB. To input file intuitively and simply the visual input function module is written in VML language. The function of control in the module is written in Javascript.To make the work principle and procedure of the platform understand easily, the kernel codes of the topology optimization and Web station.The method to share the information of topology optimization in Web station and expand the influence of our research production is studied. The aim is to promote the combination of theoretical research production with engineering practise and take action in practise as soon as possible. |