一种金属材料拉伸实验虚拟仿真系统开发

Development of a Virtual Simulation System for Tensile Experiment of Metal materials

针对传统拉伸实验教学中存在的学生参与度低、理解难的问题,课题组采用Unity 3D作为虚拟仿真系统的开发平台,利用CATIA对实验环境进行了三维建模,使用UGUI完成整个界面设计,开发了一种虚拟仿真实验系统。该系统可靠性高、占用计算机内存小、可视化程度高、界面简洁、操作简便,可实现模拟仿真实验的功能,具有较好的推广价值。

Aiming at the problem of traditional tensile experiment teaching with low participation and understanding,Research Group adopts Unity 3D as the development platform of the virtual simulation system.CATIA is used to conduct 3D modeling of the experimental equipment,and UGUI is used to complete the interface design and construction of the entire virtual system.The whole system is tested with high reliability,small computer memory,high visualization,simple interface and easy operation,which can realize the function of simulation experiment and has good promotion value.