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针对高等院校航空宇航科学与技术硕士学位专业方向课程《冲压发动机》教学实验高风险、高费用、低参与度等问题,基于Visual C++开发的虚拟实验教学平台能实现实验情景设计、交互操作、结果呈现、数据分析等功能,构建了冲压发动机虚拟实验软件平台。旨在优化实验教学方式,营造创新型人才培养环境,加强对研究生实验动手能力和创新能力的培养,取得了较好的教学效果。
In order to solve the problems of high risk, high cost and low participation in the teaching experiment of “ramjet engine” for the professional orientation course of Aerospace Science and Technology at universities and colleges, the virtual experiment teaching platform developed based on Visual C ++ can realize the experimental scenario design and interaction, Results presented, data analysis and other functions, built a stamping engine virtual experiment software platform. The aim is to optimize the experimental teaching methods, create an innovative training environment for qualified personnel, enhance the training of graduate students in practical ability and innovation, and achieve good teaching results.