摘要
本文基于虚拟现实(VR)技术,设计了低碳钢拉伸虚拟仿真实验,该虚拟实验以Unity 3D为开发引擎,从模型搭建、交互场景等方面对低碳钢拉伸虚拟仿真试验进行阐述,实现对实验仪器结构的展示和实验过程的模拟,通过模拟操作,提高"教"与"学"的效率。
Based on the virtual reality(VR) technology, this paper designs a virtual simulation experiment of low carbon steel drawing. The virtual experiment takes Unity 3D as the development engine, and elaborates the virtual simulation experiment of low carbon steel drawing from the aspects of model building and interactive scenes, realizes the demonstration of experimental instrument structure and Simulation of experimental process, and improves the efficiency of "teaching" and "learning" through simulation operation.
作者
李林凯
欧阳广鹏
任常庆
李超越
LI Lin-kai;OU YANG Guang-peng;REN Chang-qing;LI Chao-yue
出处
《信息技术与信息化》
2019年第5期19-21,共3页
Information Technology and Informatization
基金
“大连民族大学”大学生创新创业训练计划(国家级201812026038)资助
关键词
低碳钢拉伸实验
虚拟仿真实验:Unity
3D
Tensile experiment of low carbon steel
Virtual simulation experiment:Unity 3D
