Title
Associate Professor
■ Doctoral Supervisor ■ Master's Supervisor
Colleges and Majors
School of Mechanical and Vehicle Energy and Power Engineering/Power Engineering and Engineering Thermal Physics
Office Address
Room 306, Building 9, Zhongguancun Campus
Zip Code
100081
Office Phone
68918730
By mail
yiweilin@bit.edu.cn

近期代表性论文：
[1] Yi, Weilin ; Li, Jiabin ; Ji, Lucheng. Investigation on the Aerodynamic Performance of the Compressor Cascade Using Blended Blade and End Wall. INTERNATIONAL JOURNAL OF TURBO & JET-ENGINES, 2021 V38,59-71
[2] Yi, Weilin ; Cheng, Hongliang. Investigation on the Optimal Design and Flow Mechanism of High Pressure Ratio Impeller with Machine Learning Method. INTERNATIONAL JOURNAL OF AEROSPACE ENGINEERING, 2020
[3]Cheng Hongliang, Weilin YI*. MULTI-POINT OPTIMIZATION DESIGN OF HIGH PRESSURE-RATIO CENTRIFUGAL IMPELLER BASED ON MACHINE LEARNING. ASME GT2020 14576
[4] Weilin YI*. Control and Entropy Analysis of Corner Flow Separation in a Compressor Cascade Using Streamwise Grooves. Entropy, 2019
[5] Weilin YI* ，Jiabin LI，Lucheng JI ，Investigation on the Aerodynamic Performance of the Compressor
Cascade using Blended Blade and End Wall，International Journal of Turbo and Jet Engines，2018
[6] Weilin YI* ，Lucheng JI ，Experimental investigation on the performance of compressor cascade using blended-blade-end-wall contouring technology，Proc IMechE Part G: J Aerospace Engineering，2017，231(9)
[7] Shi Wentong, Yi Weilin*，Ji Lucheng. Effect of inlet total pressure non-uniform distribution on aerodynamic performance and flow field of turbine, International Journal of Mechanical Sciences, 2018.08,148(148)：714~729
[8] Yi, Weilin*; Ji, Lucheng*; Tian, Yong; Shao, Weiwei; Li, Weiwei; Xiao, Yunhan. An Aerodynamic Design and Numerical Investigation of Transonic Centrifugal Compressor Stage. Journal of Thermal Science, 2011, 20(3), pp 211-217
[9] Weilin YI*, Jiabin LI, Lucheng JI. Experimental and Numerical Investigation on the Aerodynamic Performance of a Compressor Cascade using Blended Blade and End Wall. Proceedings of ASME Turbo Expo 2017: Turbine Technical Conference and Exposition, Charlotte, NC,USA， 2017.06.26-06.30
[10] Weilin YI*, Jiabin LI, Lucheng JI. Investigation on the Effect of Streamwise Grooves on ControllingCorner Flow Separation. Proceedings of ASME Turbo Expo 2016: Turbine Technical Conference and Exposition, Korea， 2016.06.13-06.17
[11] Weilin YI*, Zhimin Chen, Lucheng JI. Numerical Studies on Application of Blended Blade and Endwall Technique on Transonic Centrifugal Compressor. Proceedings of ASME Turbo Expo 2014: Turbine Technical Conference and Exposition, German， 2014.06.16-06.20
[12]Weilin Yi*, Lucheng Ji and Yunhan Xiao. Unsteady Numerical Simulation of Hot Streak/Blades Interaction and Film Cooling. Journal of Thermal Science，2010,19(1):402-409
[13] 伊卫林，邓海涛. 离心叶轮背腔复杂流态及调控方法研究进展. 推进技术，2021年
[14] 程鸿亮，伊卫林*，季路成. 机器学习在高压比离心叶轮优化设计中的应用研究, 工程热物理学报，2020
[15] 伊卫林*、唐方明、陈志民、季路成. 改善压气机端区流动的新方法——前缘边条叶片技术研究. 航空动力学报，2014 年
[16] 伊卫林*、陈志民、季路成、田勇、李伟伟 ，离心压气机叶身/端壁融合技术应用初探 ，工程热物理学报, 35(2), pp256-261, 2014
部分研究项目：
1.中国航发项目“总体性能组合态发动机模块转化和变维度接口“（主持），两机专项项目外委课题，2022-2023
2.中国航空工业集团研究所项目“基于燃油裂解能源提取方案及模型开发技术开发“（主持），某专项项目外委课题，2022-2023
3.中科院项目“航空发动机性能与结构一体化模型开发“（主持），2022-2023
4.国家自然科学基金面上项目“面向涡轮叶片多孔介质发汗冷却的气膜-孔隙交界非模态失稳机理与VANS应力修正方法研究”（主持），52176035（2022-2025）
5.国家自然科学基金面上项目“转/静/转组合式新概念离心叶轮流动机理及设计方法探索（主持），51776018（2018-2021）
6.国家自然科学基金面上项目“基于叶身融合与前缘边条端区处理方法的新一代三维叶片研究”（主持），51476010（2015-2018）
7.国家自然科学基金青年项目“角区三维附面层流动机理及其在离心压气机复合最大化中的应用研究“（主持），51006100（2011-2013）
8.教育部产学研合作协同育人““燃气轮机/航空发动机”课程虚拟实践平台建设“（主持），2020-2021
9.空气动力学国家重点实验室开发课题“涡流发生器控制扩压叶栅端区流动机理研究“（主持），2016-2018
10.空气动力学国家重点实验室开发课题“高负荷高压涡轮激波弱化方法研究”（主持），2017-2019
11.中国航发“加工刀纹与羽状前缘对压气机性能影响”（主持），2017-2019
12.中国航发“某型离心压气机背腔机理分析“（主持），2019-2020
13.中国航发“S2正问题性能预估技术研究“（主持），2013-2015
14.中广核太阳能有限公司“直接蒸汽发生集热系统方案设计”（主持）,2017-2018
15.中国民航大学横向课题“典型大涵道比涡扇发动机稳态及动态特性仿真”，（主持），2018-2020
16.中国民航大学横向课题“航空发动机需求变更模型分析技术”，（主持），2018-2020
17.北京理工大学-马德里理工大学校级国际合作项目，（主持），2018-2020
部分教改项目：
1. 《燃气轮机原理》“侵入式“研究型课程改革及全局思维能力培养，2020，北理工教育教学建设一般项目（主持）
2.《燃气轮机原理》MOOC建设，2020，北理工教育教学建设项目-信息技术融合专项（主持）
3. 北京市“一带一路“国家人才培养基地项目博士全英文课程建设（参与）
4. 2020年度北京理工大学人文素质教育课程建设项目“燃气轮机原理”
5.2021年度北京理工大学人文素质教育课程建设项目“航空动力原理与创新设计”

1. Research on multidimensional/Multidisciplinary Numerical simulation methods and tool development for aero engines
2. Overall Performance Analysis and energy Management of the power system of space and space Wide Velocity Domain aircraft
3. Design of the overall scheme of new aerodynamics and Study on aerodynamics
4. High efficiency turbomachinery and its Low carbon/zero carbon power system
5. Application of Artificial Intelligence in aero engine design

1. Research on multidimensional/Multidisciplinary Numerical simulation methods and tool development for aero engines
2. Overall Performance Analysis and energy Management of the power system of space and space Wide Velocity Domain aircraft
3. Design of the overall scheme of new aerodynamics and Study on aerodynamics
4. High efficiency turbomachinery and its Low carbon/zero carbon power system
5. Application of Artificial Intelligence in aero engine design

1. Young Editorial Member of the Journal of Propulsion Technology
2. Young Editorial Member of "Space Technology" Journal
3. Member of Turbomachinery Special Committee, Power Branch of Chinese Society of Aeronautics and Astronautics
4. Member of "Aviation Gas Turbine Propulsion Technology Special Committee" of China Aerospace Power Federation
5. Member of Aviation Internal Combustion Engine Branch of China Society of Internal Combustion Engines
5. Member of the writing team and review expert of "Teaching Resource Library of Heavy Gas Turbine", Department of Higher Education, Ministry of Education 6. National Natural Science Foundation Letter Evaluation Expert
7. Academic Dissertation Review Expert of Ministry of Education
8. Reviewers of several international and domestic journals