Associate Professor
Email: hust_wk@hust.edu.cn
Academic Areas: Numerical simulation of stress, vibration, flowing and heat transfering; Structural topology optimization; Multi-agent based optimization
Research Interests: Engineering mechanics problems of turbomachinery;
Academic Degrees
1997 BEng, Harbin Engineering University, P.R. China
2004 PhD, Huazhong Univ. of Sci. & Tech., P.R. China
Professional Experience
2004.11–2006.11 Huazhong Univ. of Sci. & Tech., P.R. China
Lecturer, teaching course titled “Fundamental of Energy & Power Equipment”
2006.11–Present Huazhong Univ. of Sci. & Tech., P.R. China
Associate Professor, Director of Institute of Thermal Power & Automation, teaching courses titled “Safety assessment of power equipment”, “Fundamental of Energy & Power Equipment”, “Fundamental of Turbomachinary”
Selected Publications
[1]. JunLiu, RenfuLi, Kun Wang. Net-based topology optimization approach for cooling channels. International Journal of Thermal Sciences, Volume 156, October 2020
[2]. LAI Song WANG Kun. Topology optimization method and its implement of level set structure using reaction diffusion equation. Computer Aided Engineering，2021,30(02),9-15
[3]. SUN Yongbiao WANG Kun. Calculation of Three-dimensional Rotor Flow Field of Large Air-cooled Turbo-generator. Large Electric Machine and Hydraulic Turbine， 2021,(02),7-12+18
[4]. LI Xiang-lin REN Xiao-qiang WANG Kun. Experimental Research of Infrared Measurement on the Last Stage Blade of Steam Turbine. Journal of Engineering for Thermal Energy and Power， 2020,35(04),70-77
[5]. JIANG Daichao WANG Kun Numerical Simulation Research on Large Size Dynamic Pressure Bearings of Steam Turbine. Lubrication Engineering，2019,44(04),20-26
[6]. Zherui Han,Zherui Han , Kun Wang , Lu luyi.Kun Wang.Fatigue Damage Assessment Method of Turbine Shafts’ Torsional Vibrations Under SSO Incidents.[J].Engineering Failure Analysis.2019,2019(105):627-637
[7]. Le xuehuan,Wang Kun,Li wangfan,Sun qing. Torsional Vibration Modal Analysis Method of Long Blade Cascade Shafting Based on Concept of Effective Inertia Mass. Journal of Engineering for Thermal Energy and Power， 2017,32(12)
[8]. HU Xiao-lei;WANG Kun;LU Lu-yi;XUE Cheng-yong A Damage Assessment on a frequent Sub-synchronous Oscillation of Large Steam Ｒotors Journal of Engineering for Thermal Energy and Power 2017, 4
[9]. LE Xue-huan;WANG Kun;LI Wang-fan;SUN Qing; Torsional Vibration Modal Analysis Method of Long Blade Cascade Shafting Based on Concept of Effective Inertia Mass Journal of Engineering for Thermal Energy and Power 2017, 12
[10]. LU Luyi WANG Kun LI Wangfan SUN Qing XUE Chenyong Study on Fast Assessment of Shafting Fatigue Damage Based on Turbo-Generator Torque Electric Power 2017, 5
[11]. L(U) Fangming WANG Kun WEI Qi HUANG Shuhong LU Luyi ZHANG Yanping Estimation on Torsional Fatigue Property of Turbine-Generator Shafts Based on Parameter Sensitivity Analysis Chinese Journal of Power Engineering 2014, 2
[12]. L(U) Fangming WEI QiLU Luyi Lvkai WANG Kun Study on Coupled Vibration Between Long-blade Bending and Shafting Torsion of Steam Turbine Journal Of Chinese Society Of Power Engineering 2014, 6
[13]. LU Fangming, WANG Kun, HUANG Shuhong, WU Bo, GAO Feng. Experimental Research on Band-emissivities of 12%Cr Steel Oxidized in Supercritical Water Vapor. Turbine Technology, 2012, 4：267-272（Ei，CODEN: CHHKA2）
[14]. REN Tao, HAN Fang-liang, WANG Kun, HU Li-min, HUANG Shu-hong, HU Shao-wen Strength Analysis and Structure Optimization About Turbine Blade, Chinese Journal of Mechanical Engineering. 2012, 48(18)：124-129
[15]. WU Bo, WANG Kun, Lv Fang-ming, etc. Simulation Investigation on Surface Temperature Measurement of Steam Turbine Rotors. Journal of Chinese Society of Power Engineering. 2011, (06) .
[16]. Lv Fangming, Kun WANG*, Wu Bo, Shuhong HUANG, He Guoqiang, Yang Tao. Experimental Research on Surface Temperature Measurement of Steam Turbine Rotors Based on IR Thermometry. Paper presented at The ASME 2011 Power Conference Co-located with International Conference on Power Engineering-2011（WOS:000320008200085）
[17]. Kun Wang, Yanguang Han. On Irreversible Energy Based Low Cycle Fatigue Damage Assessing Method of 30Cr2MoV Paper presented at International Conference on Power Engineering 2009, Kobe, Japan, 2009;（WOS:000275928800095）
[18]. Wenhao Lv, Kun Wang*, Shuhong Huang, Leyi zhang. FEM Simulation on Damaging Process of Alloy 30Cr2Mo1V’s Standard High Temperature Low Cycle Fatigue Testing Paper presented at Proceedings of the Eighth International Congress on Thermal Stresses, Illinois, USA, 2009;
[19]. Wang Kun LiuChao Huangshuhong Study of a non-contact type direct method for measuring turbine rotor surface temperatures. J0URNAL OF ENGINEERING FOR THERMAL ENERGY AND POWER, 2008, 23(6),pp581-585.
[20]. Kun Wang, Shuhong Huang. A Damage-Mechanics Coupling Analysis Based Life Assessment Method on Common Material of Large Steam Turbine Rotor. Paper presented at The 3rd International Conference on Electric Utility Deregulation and Restructuring and Power Technologies, Nanjing, China, 2008;（WOS:000259032600243）
[21]. Kun Wang. Shu-hong Huang. A Rotor Service-life Evaluation System for Large-sized Steam Turbines Based on Finite Element Technology. Journal of Engineering for Thermal Energy and Power, 2007, 22(3), pp.241-244.;
[22]. Kun Wang, Huang Shu-hong. An on-line Stress Monitoring Model for Steam Turbine Rotors Based on the Theories of Elasticity and Plasticity. Journal of Power Engineering, 2007, 27(3), pp. 310-313.;
[23]. Kun Wang, Huang Shu-hong. Defect Handling Evaluation of a 200 MW Steam Turbine's H.P.Rotor, Journal of Power Engineering, 2006, 26(5): 614-618.;
[24]. Jian-fei Jiang, Shu-hong Huang, Kun Wang. 3-Dimensional Numerical Simulation of Cooling Water Flow in Steam Condensers, Journal of Power Engineering, 2006, 26(2) , pp. 249-252;
[25]. Kun Wang, Huang Shuhong. Numerical Modeling on Elastocplasticity-damage Coupling Process on Common Material of Large Steam Turbine Rotor. Computer Aided Engineering, 2006, 15(B09), pp. 353-356;
[26]. Leyi Zhang, Yanpin Zhang, Kun Wang. Programming on Axisymmetrical Elastocplasticity Constitutive Equations on Common Material of Large Steam Turbine Rotor. Computer Aided Engineering, 2006, 15(B09) , pp. 333-335;
[27]. Kun Wang, Shu-hong Huang. Failure Analysis on Large Dish Valve in Thermal Pipe Network, Fluid Machinery, 2006, 34(10), pp.5-8;
[28]. Huang Shan-he, Shu-hong Huang, Kun Wang. Effect of Forced Cooling on Life Loss of HP Rotors of 200 MW Steam Turbines. Guangdong Electric Power, 2005, 18(3): 16-20, 59;
[29]. Kun Wang, Huang Shuhong, Lu Jidong. Experimental Study on the Damage of 125MW Steam Turbine Rotor. Proceedings of the Institution of Mechanical Engineers Part A：Journal of Power and Energy, 2003, 217(6), pp. 643-651;
[30]. Kun Wang, Shuhong Huang. Steam Turbine Rotor’s Management of Service Life Based on Reliability and Nonlinear Damage Rule. Journal of Huazhong University of Science and Technology(nature science), 2002,30(5), pp.59-61.;
[31]. Kun Wang, Shuhong Huang. The Optimum Control of Service Life Loss of a 125 MW Steam Turbine Rotor During Peak Load-shaving Operations Involving Frequent Turbine Start-ups and Shutdowns. Journal of Engineering for Thermal Energy and Power, 2000,15(6), pp. 593-597, 606;
[32]. Kun Wang, Shuhong Huang. The Life Damage of 125MW Steam Turbine Rotor in Peak Load Operation. Journal of Huazhong University of Science and Technology, 2000, 28(4), pp.100-105;
[33]. Kun Wang, Shuhong Huang Zhang yanping Gao wei.. Reliability Based 125MW Steam Turbine Rotor's Management of Service Life in Peak Load Operation. Turbine Technology, 1999, 41(5), pp. 299-303.
Books
1. Energy Saving Solutions for Turbine Units. China Electrical Power Press: Beijing, 2008.
2.Suppression Principles and Engineering Practices of Sub-synchronous Oscillation in Mechanical and Electrical Network Combined Effects. Science Press: Beijing, 2021.
Awards
· Excellent Paper Award of The 2015’ annual meeting of China Society of Electrical Engineering, 2004
· The 13th Outstanding Natural Science Academic Paper of HuBei Province, 2008
Courses Taught:
[1] Condition evaluation and fault diagnosis of energy and power equipment
[2] Identification and simulation of thermal system
[3] Fundamentals of energy and power equipment
[4] Principle of Steam Turbine
Projects
2018-2019 Subsynchronous resonance inhibition methods and protection measures of generator shafts
This project is supported by State Grid Corporation of China (SGCC)
2015-2016 Nonlinear characteristics of rotor dynamics for nuclear power shafts
This project is supported by Shanghai Power Equipment Research Institute
2013-2015 Aero engine vibration fault diagnosis technology
This project is supported by AECC commercial aircraft engine Co., LTD
2011- 2013 Nuclear and engineering thermophysics technology of fusion reactor’s blanket modules（The Special Plan for ITER：2011GB113000）
This project is supported by the Ministry of Science and Technology of PR.China
2011- 2016 Flowing and Heat Transferring in Airgap of Turbo-generator
This project is supported by Alstom (Switzerland) AG.
2008- 2011 Direct temperature detecting and “damage-mechanics” coupling analysis based life assessing method on supercritical steam turbine rotor.
This project is supported by the National High Technology Development 863 Program of China under Grant No. 2008AA04Z404.
2006- 2008 Energy model and numerical simulation based Low Fatigue Life Assessment of structures in High Temperature.
This project was supported by National Natural Science Foundation of China (No.50505013).
2006- 2009 Direct Temperature Measurement Based Life Assessment Method on Large Steam Turbine Rotors
This project was supported by China Postdoctoral Science Foundation (No.20070410931).
2008-2009 Torsional Fatigue of a 600MW Supercritical Turbine-generator Shaft System
This project was supported by Guohua Electric Power Co. Ltd
2007 Thermal Performance Test and Evaluation on a Power unit
This project was supported by Guodian Qingshan Cogeneration Co. Ltd
2007-2008 Flow Characteristic Analysis on Water Side of Marine Circulating Water System
This project was supported by China Shipbuilding Industry Corporation (CSIC).
2004 Development on Life Assessment Platform on Large Turbine Rotors (FEM code)
2000 Reliability based Optimizing System of Power Units’ inspection scheme in Central China Grid
2003 Installation and Debugging on a Rotary’s Vibration Experimental Platform
This project was supported by Changsha University of Science & Technology.
2000 Deformation Detecting on Large Butterfly Gates
This project was supported by Wuhan Iron and Steel (Group) Corp.
1998 Peak load experiments and service life evaluation on a 125MW coal-fired power unit
