航天学院
School of Astronautics
西北工业大学航天学院源于1958年创建的宇航工程系，是我国最早成立的宇航院系之一。1988年12月，在宇航工程系的基础上成立了航天工程学院。2003年7月，更名为航天学院。在60余年的办学历程中，学院始终坚持以培养高素质航天创新人才为己任，服务国家和国防重大战略需求，为国家航天事业发展和国民经济建设贡献力量。近年来先后荣获“全国党建工作标杆院系”、省师德建设先进集体等荣誉。
School of Astronautics was founded in 1958, based on Department of Aerospace Engineering and is one of the earliest to focus on the astronautical technology in China.
Currently, school of astronautics is composed of 5 departments, 1 research institution, 2 National Key Laboratory, 2 Provincial Key Laboratory and Engineering Research Center .
Following the spirit of NPU, School of Astronautics has made remarkable achievement in training students and had high social reputation. It has cultivated more than 6000 senior talents specialized in aeronautics and astronautics, 2 of which are China's Top Ten Outstanding Youth.
Aiming at applying basic research into practice and meeting needs of national strategy, School of Astronautics undertook many research tasks and a number of important research results have been achieved, including development of more than 20 types of space vehicles, carrier rocket and satellites. The school was cited by Manned Space Engineering Office for it's remarkable contributions to China’s first manned flight test. School of Astronautics has become an influential institute in training excellent students and doing scientific research.
附件 Attachment：
Supervisor List for 2022 PhD Application School of Astronautics.xlsx
重要提示 Notice:
1. 附件为航天学院2022年专业信息表与可接收博士的导师信息表。
The attachments are the Major List and the Spervisor List that can accept the PhD students of the School of Astronautics in the 2022 Academic Year.
2. 请根据此表中导师的教师主页信息以及研究方向选择并联系与你研究方向一致或相似的导师，请不要群发邮件。
Please contact the supervisor according to the their researsh direction and Teacher Website Page information.
Do not send the MASS EMAIL.
3. 导师的邮箱域名为：@nwpu.edu.cn.
Please add: @nwpu.edu.cn after the email adress.
航天学院博士专业介绍 The PhD Major Introduction for the School of Astronautics |
专业名称 Major |
专业方向名称 Research Direction |
专业介绍 Major Introduction |
专业核心课程名称 Core Courses |
先修课程名称 Prerequisite Courses |
航空宇航科学与技术
Aeronautical and Astronautical Science and Technology |
航空宇航推进理论与工程
Aerospace Propulsion Theory and Engineering |
研究航空飞行器动力、航天飞行器动力、空天组合动力、空天能源利用所涉及的基础理论、基本方法、工作过程分析及设计与应用技术。主要包括：推进系统总体设计、推进系统气动热力理论与方法、推进系统工作过程数值模拟、推进系统结构强度与可靠性、推进系统控制、推进系统工作过程精细化测试与系统故障诊断、新型纳米能源材料、新型空天能源探索和利用、新概念发动机技术等。
Research the basic theories, methods and work process analysis of the Aircraft and Spacecraft power system、combined aerospace power system and aerospace energy utilization. Mainly include: propulsion system integrated design, propulsion system aerothermal theory and method, propulsion system working process numerical simulation, propulsion system structural strength and reliability, propulsion system control, propulsion system working process fine test and system fault diagnosis, new nano energy materials, exploration and utilization of novel aerospace energy, new concept engine technology, etc.
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高等计算流体力学、计算传热学等 Advanced computational fluid dynamics, computational heat transfer, etc.
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数值分析 航空宇航推进理论 Numerical Analysis Aerospace Propulsion Theory |
飞行器设计
Flight Vehicle Design |
以弹、箭、星、船、器等各类飞行器以及新一代航天航空装备设计与制造过程所面临的复杂工况、极端服役环境和精细化设计所涉及到的流体力学、结构力学、热力学、多场耦合力学问题为研究对象，研究飞行器物理原理和规律、准确表征复杂流动条件、极端服役条件下的空气动力学、材料与结构力学、热力学等宏微观行为的新理论。
主要包括：飞行器体系与系统工程、飞行器总体设计与综合技术、飞行器结构/综合设计分析与优化、飞行器飞行动力学与飞行控制、空气动力学及先进流动控制方法、先进结构及其力学行为、飞行器结构动力力学与控制、飞行器和动力装置的热力学、飞行器和动力装置的多场耦合力学等。
Taking fluid mechanics, structural mechanics, thermodynamics, and thermodynamics involved in the design and manufacturing process of the new generation aerospace equipment such as missile, rocket, satellite, spacecraft and space probe as as research object. Studying the physical principles and laws, characterizing the complex flow conditions in accuracy, aerodynamics under extreme service conditions, material and structural mechanics, and thermodynamics. Mainly include: aircraft system and system engineering, aircraft integrated design and technology, aircraft structure/comprehensive design analysis and optimization, aircraft flight dynamics and flying control, aerodynamics and advanced flow control methods, advanced structure and mechanical behavior, aircraft structural dynamic and control, thermodynamics of aircraft and power system, multi-field coupling mechanics of aircraft and power system, etc. |
飞行器系统工程、航天器非线性动力学、飞行器多学科设计优化等 Aircraft system engineering, spacecraft nonlinear dynamics, aircraft multidisciplinary design optimization, etc.
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数值分析 飞行器设计 Numerical Analysis Aircraft design |
