航空动力系统虚拟仿真实验教学体系建设的探索与实践
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摘要
航空动力系统由于结构复杂,运行过程常处于高温、高压、高危环境,因此给实验教学活动的开展带来了诸多困难。文章定位于"突出航空动力专业特色,强调理论实践协调发展,虚拟现实相辅相成",利用虚拟现实、计算机网络、多媒体等技术构建了适应学科特点的实验教学体系。实践表明,该体系能使学生不受时间、不受地点通过仿真实验真实的认识航空动力系统,强化相关专业实践教学效果,激发学生自主创新和创业精神,有效的提高了学生的工程素养,取得了一系列教学成果。
Aircraft power system because of its complex structure, operation process at high temperature, high pressure, high risk environment, thus to experimental teaching activity has brought many difficulties. This paper located in the outstanding aviation power professional characteristics, emphasize coordinated development theory practice, virtual reality supplement each other, the use of virtual reality, computer network, multimedia and other technical constructed to fit the characteristics of the aircraft power system system,scientific and complete system of experimental teaching. Practice shows that the system can make the student is not affected by time,place, through the simulation experiment for real realize aircraft power system, strengthen the relevant professional practice teaching effect, stimulate the student independent innovation and entrepreneurship, effectively improve the students' engineering quality, a series of teaching achievements.
Aircraft power system because of its complex structure, operation process at high temperature, high pressure, high risk environment, thus to experimental teaching activity has brought many difficulties. This paper located in the outstanding aviation power professional characteristics, emphasize coordinated development theory practice, virtual reality supplement each other, the use of virtual reality, computer network, multimedia and other technical constructed to fit the characteristics of the aircraft power system system,scientific and complete system of experimental teaching. Practice shows that the system can make the student is not affected by time,place, through the simulation experiment for real realize aircraft power system, strengthen the relevant professional practice teaching effect, stimulate the student independent innovation and entrepreneurship, effectively improve the students' engineering quality, a series of teaching achievements.
引文
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[3]习近平考察北京市八一学校重要讲话[Z].2016,9.
[4]中华人民共和国教育部.教育信息化十年发展规划(2011-2020年)(教技[2012]5号)[Z].2012,3.
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[6]中华人民共和国教育部.关于开展国家级虚拟仿真实验教学中心建设工作的通知[EB/OL].(2012-10-01),[2014-12-19].
[7]西北工业大学.关于公布2016-2017学年校级优秀教学成果奖获奖项目的通知(校教字[2017]267号)[Z].2017,9.