内容标题×

内容

绑定机构

登录机构账号

复制成功

设置

万方会员

暂未开通会员

开通即享超值福利、会员权益
优质内容推荐

立即开通

个人中心

我的智研

退出登录

简繁

智研平台

这是测试提示消息

首页>期刊导航> 中国航空学报（英文版）

中国航空学报（英文版）Chinese Journal of Aeronautics 중국항공학보（영문판）

CSCD核心(2025-2026)

EI(2025)

CSTPCD(2025)

SCI(2024)

期刊简介：本学报1988年创刊，中国航空学会主办，原为中文版《航空学报》选刊，1996年开始改为直接从来稿中录用文章，两刊不再重复。主要栏目有空气动力学、飞行力学、自动控制、航空电子、发动机、材料、制造工艺及飞行器设计等。

曾用名：

航空学报（英文版）

主办单位：

中国航空学会

主编：

朱自强

出版周期：

月刊

语种：

英文

国际刊号：

1000-9361

国内刊号：

11-1732/V

影响因子：

1.72

文献量：

5421

被引量：

34069

下载量：

51824

基金论文量：

1776

电话：

010-82317058/82318016/82313502

邮政编码：

100083

地址：

北京学院路37号西小楼

文章浏览特色栏目统计分析期刊简介征稿启事 DOI服务

[{"name":"Fluid Mechanics and Flight Mechanics","count":852,"id":1},{"name":"Material Engineering and Mechanical Manufacturing","count":560,"id":2},{"name":"Electronics and Electrical Engineering and Control","count":517,"id":3},{"name":"Solid Mechanics and Vehicle Conceptual Design","count":450,"id":4},{"name":"Avionics and Autocontrol","count":187,"id":5},{"name":"Electronics and Control","count":127,"id":6},{"name":"Solid Mechanics and Flight Vehicle Design","count":50,"id":7},{"name":"Material Engineering and Manufacturing Technique","count":45,"id":8},{"name":"Reviews","count":45,"id":9},{"name":"Electronics and Electrical Engineering Control","count":35,"id":10},{"name":"Review","count":35,"id":11},{"name":"Material Engineering and Manufaturing Technique","count":28,"id":12},{"name":"Fluid Mechanics, Flight Mechanics and Engine","count":25,"id":13},{"name":"Special Issue: Secure and Covert UAV-aided Communication","count":22,"id":14},{"name":"Fluid Mechanics,Flight Mechanics and Engine","count":19,"id":15},{"name":"Solid Mechanics","count":19,"id":16},{"name":"Special Issue:High Efficiency and Precision Machining Technology","count":18,"id":17},{"name":"Special Topic:Advanced Uncertainty Quantification Methods in Aerospace Engineering","count":16,"id":18},{"name":"Special Issue: Emerging Materials Processing Technologies for Aerospace Applications","count":14,"id":19},{"name":"Special Topic:Collaborative Manufacturing Technology of Structure Shape and Surface Integrity","count":14,"id":20},{"name":"Special Topic:Emerging Trends in Optimal Guidance","count":13,"id":21},{"name":"Aerod ynamics","count":12,"id":22},{"name":"Review and Article","count":12,"id":23},{"name":"Special Issue:Intelligent Situation Awareness","count":12,"id":24},{"name":"Special Issue: Excellent Papers of Aerospace Frontiers Conference and Aerospace Doctoral Academic Competition","count":11,"id":25},{"name":"Special Topic:Smart Aircraft 2.0","count":11,"id":26},{"name":"Electrons and Control","count":10,"id":27},{"name":"Special Issue:GNSS Technology and Application","count":10,"id":28},{"name":"Special Topic:Swarm Control of UAVs","count":10,"id":29},{"name":"Special Topic: When Aeronautics Meets 6G Communications and AI","count":9,"id":30},{"name":"Fast Track","count":8,"id":31},{"name":"Material Engineering and Mechnanical Manufacturing","count":8,"id":32},{"name":"Special Column: Complexity Science in Air Transportation","count":8,"id":33},{"name":"Special Column: Hommage to Prof. Francis Leboeuf and his Contribution to the Sino-French Research Collaboration","count":8,"id":34},{"name":"Special Topic-Modeling and Simulation in Design and Manufacture of Composite Structures","count":8,"id":35},{"name":"Special Topic: Progress in Smart Aircraft","count":8,"id":36},{"name":"Aerodynamics","count":7,"id":37},{"name":"Flight Vehicle Design and Structure Mechanics","count":7,"id":38},{"name":"Material Engineering","count":7,"id":39},{"name":"Special Topic: Propulsion Systems with Low Emission and Low Noise","count":7,"id":40},{"name":"Special Column: Application of PHM Technologies in Aerospace Industry","count":6,"id":41},{"name":"Special Topic: Air-to-Air Docking","count":6,"id":42},{"name":"Special Topic: Optimizations for Turbomachinery","count":6,"id":43},{"name":"Flud Mechanics and Flight Mechanics","count":5,"id":44},{"name":"Aerodynamics ","count":4,"id":45},{"name":"Aerodynamics and Algorithm","count":4,"id":46},{"name":"Fluid mechanics,Flight Mechanics and Engine","count":4,"id":47},{"name":"Material Engineering and Mcchanical Manufacturing","count":4,"id":48},{"name":"Material Engineering and Mechanics Manufacturing","count":4,"id":49},{"name":"Material Engineering and Mechnical Manufacturing","count":4,"id":50},{"name":"Special Column:NDT and SHM in Aerospace","count":4,"id":51},{"name":"Special Topic: Key Technologies of Laminar Flow Wing Design and Verification","count":4,"id":52},{"name":"AERODYNAMICS","count":3,"id":53},{"name":"AVIONICS AND AUTOCONTROL","count":3,"id":54},{"name":"Engine and Combustion","count":3,"id":55},{"name":"Meterial Engineering and Manufacturing Technique","count":3,"id":56},{"name":"Perspective","count":3,"id":57},{"name":"Review Articles","count":3,"id":58},{"name":"Solid Mechanics and vehicle Conceptual Design","count":3,"id":59},{"name":"Special Column: CFD-Wind Tunnel Correlation Study","count":3,"id":60},{"name":"Special Topic: Space Micro-Propulsion Technology","count":3,"id":61},{"name":"Views & Comments","count":3,"id":62},{"name":"Autocontrol","count":2,"id":63},{"name":"Editorial","count":2,"id":64},{"name":"Editorial Material","count":2,"id":65},{"name":"Flight Vehicle Design and Solid Mechanics","count":2,"id":66},{"name":"Fluid Mechanics, Flight Machanics and Engine","count":2,"id":67},{"name":"MATERIAL ENGINEERING","count":2,"id":68},{"name":"Manu facturing Technique","count":2,"id":69},{"name":"Manufacturing Techunique","count":2,"id":70},{"name":"Research Highlight","count":2,"id":71},{"name":"Solid Mechanics and Flight","count":2,"id":72},{"name":"Vehicle Design and Structure","count":2,"id":73},{"name":"Aeroacoustics","count":1,"id":74},{"name":"News","count":1,"id":75},{"name":"Pespective","count":1,"id":76},{"name":"SOLID MECHANICS","count":1,"id":77},{"name":"Study on Intelligent Control and 3D Real-time Dist","count":1,"id":78}]

查看更多栏目< 1 / 1 >

排序：

年/期

被引

下载

批量选择（已选择）0 条清除导出

共有 852 篇文献

	题名
	CFD-DEM approaches for simulating dense gas—solid reacting flows:Progress and perspectives 文摘阅读 23 下载 5 第三方链接 0 被引 0 作者: Gang WANG Wenqiang GUO Yanguang YANG年/期：2025/9被引：0 下载：5
	Experimental study of pulsed injection on combustion mode transition in a dual-mode supersonic combustor 文摘阅读 18 下载 3 第三方链接 0 被引 0 作者: Guangming DU Changchun YAN Ye TIAN Fuyu ZHONG Wei RAN Jialing LE年/期：2025/9被引：0 下载：3
	Multi-mode acceleration optimization control for adaptive cycle engine based on variable geometry components 文摘阅读 29 下载 5 第三方链接 0 被引 0 作者: Yifan WANG Haoying CHEN Xuankai LIU Haibo ZHANG年/期：2025/9被引：0 下载：5
	Aerodynamic modeling and analysis of aerial-aquatic rotorcraft performance near and crossing the air-water interface 文摘阅读 21 下载 4 第三方链接 0 被引 0 作者: Qi ZHAN Xiao WANG Junhui HU Xingzhi BAI Pierangelo MASARATI年/期：2025/9被引：0 下载：4
	Prediction method of resonant response of rotor blades considering multi-row effects on aerodynamic damping 文摘阅读 17 下载 1 第三方链接 0 被引 0 作者: Yongbo YU Yanrong WANG Le HAN年/期：2025/9被引：0 下载：1
	Visualization of Görtler vortices in high-enthalpy plasma flow boundary layer on compression ramp using planar laser-induced fluorescence 文摘阅读 25 下载 2 第三方链接 0 被引 0 作者: Xin YU Xun YUAN Jiangbo PENG Hui ZENG Dongbin OU Chaobo YANG Zhen CAO Jinhao QI Minghong HAN年/期：2025/9被引：0 下载：2
	Fast prediction of high-speed missile flow field characteristics under transverse jet control based on deep learning 文摘阅读 31 下载 6 第三方链接 0 被引 0 作者: Zhenwei DING Zhenbing LUO Qiang LIU Yan ZHOU Wei XIE Zhijie ZHAO年/期：2025/8被引：0 下载：6
	Delay of airfoil stall via bio-inspired herringbone groove array 文摘阅读 24 下载 1 第三方链接 0 被引 0 作者: Peng ZHANG Junping DU Yonghong LI年/期：2025/8被引：0 下载：1
	Separation of rotating and stationary sound sources based on robust principal component analysis 文摘阅读 32 下载 1 第三方链接 0 被引 0 作者: Fangli NING Weizhe ZHENG Hongjie HOU Yang WANG年/期：2025/8被引：0 下载：1
	Novel adaptive IMEX two-step Runge-Kutta temporal discretization methods for unsteady flows 文摘阅读 27 下载 1 第三方链接 0 被引 0 作者: Xueyu QIN Jian YU Xin ZHANG Zhenhua JIANG Chao YAN年/期：2025/8被引：0 下载：1