摘要
航空气象与航空安全息息相关,通过对现有航空气象课程以及飞行教学实验技术和设备的分析,结合高性能飞行训练器,提出了基于飞行仿真软件Prepar3D的航空气象教学实验平台建设方案。该方案主要由3个模块构成,即基础航空气象课程实验系统、航空气象课程实验系统、航空气象报文课程实验系统。基于Prepar3D的航空气象教学实验平台兼顾飞行人员、空中交通管制人员和民航其他工作人员应具备的航空气象知识,改变了传统的航空气象课堂教学模式,形成了航空气象的飞行特色教学体系,解决了目前航空气象教学过程中理论教学与实际操作存在的脱离问题,提高了教师教学和飞行学员学习的积极性。
Aeronautical meteorology is closely related to aviation safety.This paper analyzes the present aeronautical meteorology course framework and experimental teaching techniques and equipment.Combined with high-performance flight trainer,a construction scheme is proposed in the paper based on Prepar 3D flight simulation software for construction of aeronautical meteorological teaching experimental platform.The scheme mainly includes three parts:basic aviation meteorological course experiment system,flight meteorological course experiment system,flight meteorological statement course experiment system.The present experimental teaching platform deeply takes into account the knowledge of aviation meteorology that pilots,air traffic controllers and other civil aviation personnel should possess.The platform can change the traditional aviation meteorological teaching model and accelerate the construction of the characteristic aeronautical meteorology teaching system.At the same time,it solves the deviation problems between theory teaching and practical flight controlling in the current aviation meteorological teaching process,and improves the enthusiasm of teachers’teaching and students’study.
作者
张建辉
司海青
汪海波
李杰
高振兴
蔡中长
ZHANG Jianhui;SI Haiqing;WANG Haibo;LI Jie;GAO Zhenxing;CAI Zhongchang(Party&Administration Council Office,Nanjing University of Aeronautics and Astronautics,Nanjing 210016,China;School of Flight,Nanjing University of Aeronautics and Astronautics,Nanjing 211106,China)
出处
《实验室研究与探索》
CAS
北大核心
2020年第12期188-193,共6页
Research and Exploration In Laboratory
基金
江苏省社科应用研究精品工程高校思想政治教育专项课题(19SZC-009)
南京航空航天大学党建与思想政治工作研究项目(3001-YQD19005)。
关键词
实验平台建设
飞行仿真软件
航空气象
航空安全
construction of experimental platform
flight simulation software
aviation meteorology
aviation safety
