Abstract: Based on our practice of the interactive operation and visual teaching methods, the Visual C++ and the MATLAB are used to construct a classical elasticity solution database, with the independence and timeliness characteristics. In order to achieve the independence call of the data and the dynamic adjustment of the visualization module, the method of the modular design and the subprogram parallel calculation is used to build the problem description module, the parameter input module, the visualization and output module and the result call module. To ensure the timeliness of the interactive operation, the multithread parallel computing and the fast and accurate result output in the display module are used in calculation subroutines of the database. Through the application of this database, the visualized, vivid and colorful teaching purpose is achieved.