AIAA 21届国际航天飞机和高超声速系统与技术大会会议通知

会议通知2017年第21届国际航天飞机和高超声速系统与技术大会（21stInternationalSpa...

2017年第21届国际航天飞机和高超声速系统与技术大会（21st International Space Plane and Hypersonic Systems and Technology Conference）将于2017年3月6~9日在厦门大学召开。会议将围绕Missions and Vehicles addressing，Operational Systems Aspects addressing，Thermal Management Systems for Vehicles and all Subsystems addressing，Propulsion Systems including and addressing，Propulsion Components addressing，Power and Control Systems addressing，Materials and Structures for Vehicles and all Subsystems addressing，Test and Evaluation addressing，Computational Methods addressing，Hypersonic Fundamentals and History addressing等11个专题开展交流，会议旨在为全球主要从事相关研究和发展机构提供交流与讨论平台。大会由美国航空航天学会（American Institute of Aeronautics and Astronautics, AIAA）主办，厦门大学承办。会议将由大会邀请报告、专题报告以及各专题的分组报告构成。

会议网站：

https://www.aiaa.org/hypersonics2017/（AIAA主网站）

http://hypersonics2017.csp.escience.cn/（国内网站）。网站随后上线，将随时更新会议所有信息。

会议关键时间节点：会议投稿须知：

1. 论文摘要投稿采用在线投稿方式进行，投稿入口地址和论文模板请参照AIAA会议准备，稍后发布详细通知。

2. 待收到摘要录用通知后，再从ScholarOne系统上传全文。

3. 经学术会议评审出的优秀论文。

4. 会议将安排 2个大会主题报告。

欢迎国内相关专家参会交流，谢谢！

会议问卷调查：

AIAA近期将正式发布参会问卷调查，问卷内容主要包括：

（1）是否参会；

（2）是否提交论文；

（3）是否愿意同行评议其他论文；

（4）是否愿意担任分会主席；

（5）如果愿意担任分会主席，请指出你希望参加的分会；

（6）其他问题或建议。

请感兴趣的老师将下列信息 (1)Last, First Name; (2)Email address; (3)Affiliation 发送至huangyue@xmu.edu.cn。我们统一整理后提交AIAA，一并发布问卷。敏感个人和单位可忽略本问卷，或不提交单位信息。Dr. Heribert Kuczera, Emeritus Chair, Germany

Dave Stallings, Emeritus Chair, USA

Dr. Dave Van Wie, Emeritus Chair, USAUSA

Dr. Adam Siebenhaar, Chair

CEO, Mach 7H Consulting

Australia

Dr. Vincent Wheatley

Senior Lecturer, University of Queensland

Belgium and The Netherlands

Prof. Johan Steelant

Senior Engineer Propulsion & Fluid Dynamics, ESA

Brazil

Dr. Marco Minucci

Project Manager, Institute for Advanced Studies

China

Dr. Lihong Chen

Professor at Institute of Mechanics, Chinese Academy of Science

France

Francois Falempin

Chief Engineer Hypersonics Program, MBDA

Germany

Prof. Klaus Hannemann

Head Spacecraft Department, German Aerospace Center, DLR

Japan

Prof. Maita Masataka,

Chairman, International Aerospace Consulting

Italy

Dr. Gennaro Russo

President, TRANS-TECH Srl

Russia

Prof. Sergey Chernyshev

Director General, TsAGI

United Kingdom

Prof. Richard Brown

Director, Centre for Future Air-Space Transportation

Technology, University of Strathclyde

1. Missions and Vehicles addressing:Mission planning and real-time adaptation and optimizationPlanned and ongoing space plane and hypersonic vehicle programs and approachesAdvanced launch vehicles and hypersonic atmospheric flight vehiclesReentry vehicle systems and technologiesOverall vehicle system performance and optimization
2. Operational Systems Aspects addressing:Benefits and practicality of hypersonic civil transportEconomic and market analysisEnvironmental effects including chemical pollution, noise, and sonic boomRegulatory, certification, operational, health and safety issues
3. Thermal Management Systems for Vehicles and all Subsystems addressing:Advanced conceptsSystem and component performance, dynamics and active or passive controlTrajectory adjustment and optimizationSystem and component development and manufacturingThermal protection systems, coatings and ablative systemsThermal protection of non-operating propulsion systems (cocooning)
4. Propulsion Systems including and addressing:Rockets, ejector-ramjets, ramjets, dual mode ramjets, scramjetsRocket and turbine based combined cyclesDetonation engines, electric propulsion, and other advanced propulsion systemsAdvanced cycles and conceptsSystem performance, dynamics and controlSystem development and manufacturingAirframe interaction and integration
5. Propulsion Components addressing:Compression components including forebodies, intakes, and compressorsAir cooling/collection devicesInjectors, combustors, isolators, nozzles and afterbodiesPropellant supply systemsPerformance enhancement concepts, e.g. plasma assisted techniques and advanced nozzlesComponent performance, dynamics and controlComponent development and manufacturingConventional and alternative fuels, additives, catalysis
6. Power and Control Systems addressing:Power systems for vehicles, subsystems, and payloadsPower sources, conversion and distribution systemsFlight mechanics, guidance and controlRouting, navigation, trajectory optimization, and operations researchSensors, actuators, controllers and algorithms, health monitoringSystem and component performance, dynamics and controlSystem and component development and manufacturing
7. Materials and Structures for Vehicles and all Subsystems addressing:Basic materials science and propertiesMetallic and composite materials for hot and cooled structuresThermal protection systemsActive/functional materialsQuality control, damage tolerance, structural health monitoring, and survivabilityMaterials manufacturing and processing
8. Test and Evaluation addressing:Ground test facilities, flight test operations, and simulationsDiagnostics and data systemsScale limitations and facility effectsTest methodology, validation and verification
9. Computational Methods addressing:Advanced modeling and simulation techniquesAdvanced computational techniquesCode validation and verificationFacility modeling and simulation
10. Hypersonic Fundamentals and History addressing:Experimental and analytical studiesAero-thermodynamics, gas physics and chemistryRadiation physics and fluid-structure interactionsHistorical aspects, analyses, assessments and lessons learned

美国航空航天学会（AIAA）是国际标准组织（ISO）中太空系统和运营（TC 20-SC14）的书记处，1963年由美国火箭学会和美国宇航科学学会合并而成，其前身可分别追溯到1930年和1932年。AIAA的使命是推动航空学和航天学领域中科学、技术、工艺的进步，并培养和鼓励那些为此事业而奋斗的人们的专业精神。发展至今，AIAA已经是全球最大的致力于航空、航天、国防领域的科学和技术进步和发展的专业性的非政府、非赢利的学会。AIAA还是世界上最大的航空航天出版机构，被公认为是航空航天文献的重要资源，拥有最早可回溯至20世纪初的文献。在80多年的发展中，AIAA出版了1000多种出版物和300,000篇会议论文，包括期刊、杂志、系列图书、美国和国际标准。AIAA出版的出版物在世界范围内赢得崇高声誉，成为了解航空航天历史变革、科研成果和未来发展的重要信息来源。



图/文转自夏大航空宣中

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