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《Missiles and Space Vehicles》 2017-03
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Research on Air Data Acquisition Technology of Hypersonic Vehicles

Huang Xi-yuan;Chen Hong-bo;Zhu Ru-yi;R & D Center, China Academy of Launch Vehicle Technology;  
Flush air data system(FADS) is the best choice of hypersonic vehicle for air data acquisition, it can provide the measurement information of atmosphere parameters, such as angle of attack, angle of sideslip, mach number, dynamic pressure etc, which can be used as the benchmark to compute guidance and control command. Comparing with the traditional probes, FADS has unique advantage of integration onto the airframe and system calibration. In this paper, the key technology of FADS is analyzed, and then FADS schemes of typical hypersonic vehicles are presented in detail, including the pressure port arrangement, FADS module design and assembly, and sensor performance, etc. Lastly, a calculation method of solving atmosphere parameters based on Kalman Filter is studied, it shows that the algorithm is with high precision and strong robustness, and is very suitable for engineering application on modern hypersonic vehicle.
【CateGory Index】: V448.2
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【Citations】
Chinese Journal Full-text Database 2 Hits
1 LI Qichang;LIU Jinfan;LIU Xin;YANG Yicheng;CHEN Jianzhong;TIAN Peizhou;YANG Jie;KANG Hongbo;ZHU Shimin;China Aerodynamic Research and Development Center;Aviation Industry Corporation of China Chengdu CAIC Electronics Co.,LTD;;The primary study of 3-point calculation method for the flush air data system[J];空气动力学学报;2014-03
2 WANG Yan,ZHENG Wei(Shengyang Aircraft Desingn & Research Institute,Shengyang 110035,China);Elementary Study on the Distributed Flush Air Data System Arithmetic[J];飞机设计;2008-06
【Co-citations】
Chinese Journal Full-text Database 7 Hits
1 Huang Xi-yuan;Chen Hong-bo;Zhu Ru-yi;R & D Center, China Academy of Launch Vehicle Technology;;Research on Air Data Acquisition Technology of Hypersonic Vehicles[J];导弹与航天运载技术;2017-03
2 CHEN GuangQiang;LIU WuYue;DOU XiuXin;ZHOU WeiJiang;DOU GuoHui;Institute of Aerodynamics Theories and Application of China Academy of Aerodynamic of Aerospace;;Flush air data sensing system design for air breathing air-to-air missile[J];中国科学:技术科学;2016-11
3 WANG Dayi;LI Maodeng;HUANG Xiangyu;Beijing Institute of Control Engineering;Science and Technology on Space Intelligent Control Laboratory;;Review of the Mars Atmospheric Entry Autonomous Navigation Technology[J];空间控制技术与应用;2016-05
4 Qian Lilin;Tao Jianwu;Yang Yueming;Yu Fei;Aviation University of Air Force;Naval Aeronautical and Astronautical University;;The estimation of atmospheric parameters based on the airflow velocity over blunt sphere[J];空气动力学学报;2015-06
5 CHEN Guang-qiang;WANG Gui-dong;CHEN Bing-yan;ZHOU Wei-jiang;JI Chu-qun;LUO Xiao-yun;The Institute of Aerodynamics Theories and Application of China Academy of Aerodynamic of Aerospace;;Study of Flush Air Data Sensing System Technology for Low Cost Flight Test Platform[J];宇航学报;2015-10
6 Qin Yongming;Zhang Chun;Dong Jingang;China Academy of Aerospace Aerodynamics;;Experimental study on flush airdata sensing system calibration in wind tunnel[J];空气动力学学报;2015-04
7 Zhao Keliang;Zhou Feng;Zhang Miao;Nanjing University of Aeronautics and Astronautics;Shanghai Aircraft Design and Research Institute;;Angle of attack sensor orientation for civil aircraft[J];空气动力学学报;2015-03
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