Virtual Experiment System For Mechanism Kinematic Scheme Design Based On SolidWorks Development

This thesis developed a virtual experiment system for mechanism kinematics scheme design based on SolidWorks with the tool of Visual C++.In order to realize the function of this system, a virtual parts library was established with SolidWorks and three -dimensional parameterized modeling was realized at the same time based on the practical part prototypes, which have been used in mechanism kinematics scheme design experiments in the physical laboratory.Then, procedure module was made with the needs of this system. In the design process of the module, four-bar linkage motion simulation had been studied in detail in connection with the fundamental knowledge of machine design. Procedure had been programmed separately according to different types of four-bar linkage, and motion simulation had also been realized under SolidWorks circumstance. For six-bar linkage, the theory of type transformation of planar linkage had been applied to perfume the kinetic and dynamic analysis and simulation had been realized either.Finally, the data accessed from the procedure was visualized handled so that the result can be displayed in the form of curves, which provides comparative evidence for further design work.At the same time, the steps to go through in the process of SolidWorks secondary-development and involved technology were summed up, which could do a great deal to follow-up system perfection.The result of this thesis, not only can be applied to support students to perfume mechanism kinematics scheme design, but also can be applied to support teacher' s classroom demonstration in high school. Along with the function of the system being improved continuously, the result of this thesis will be popularized ultimately.