CAJ | 학술논문

本文通过虚拟现实技术构建了航空发动机虚拟教学实验系统,能够实现发动机模拟装配、发动机结构展示、发动机工作机理演示、发动机模拟试车等功能.系统通过三维交互、视景仿真等手段,使学生获得视、听、触等感知体验,具有很强的交互性与沉浸感.发动机虚拟教学实验系统有效的克服了传统教学实验成本过高、操作困难等问题,对促进我国航空动力技术人才培养具有重要意义.
본문통과허의현실기술구건료항공발동궤허의교학실험계통,능구실현발동궤모의장배、발동궤결구전시、발동궤공작궤리연시、발동궤모의시차등공능.계통통과삼유교호、시경방진등수단,사학생획득시、은、촉등감지체험,구유흔강적교호성여침침감.발동궤허의교학실험계통유효적극복료전통교학실험성본과고、조작곤난등문제,대촉진아국항공동력기술인재배양구유중요의의.
This paper, through virtual reality technology, constructed a aero-engine virtual teaching experiment system which can achieve the functions of engine simulation assembly, engine structure display, engine working mechanism demo, engine simulation test. Through the three-dimensional interaction and visual simulation means of this system, the students can get the vision, hearing, touch and other sensory experiences, with a very strong interaction and immersion. Engine virtual teaching experiment system effectively overcome the high cost, operational difficulties and other issues of traditional teaching experiment, so it has great significance to the promotion of China's aviation technical personnel training.