IntroductionAssociate preofessor, College of Electromechanical Engineering, Beijing University of Chemical Technology. The main research areas include fatigue and fracture, pressure vessel analysis and design, new energy equipment technology, etc. Up to now, a total of more than 20 projects entrusted by the National Natural Science Foundation of China and enterprises has been finished. The research solved many key technological problems in petrochemical and nuclear industries. EducationWork ExperienceSocial PositionSocial ActivitiesResearch1.Pressure Vessel Design and Performance Enhancement This direction takes pressure vessels and process equipment as objects, applies advanced analysis and design theories and numerical simulation technologies to carry out equipment strength analysis, safety evaluation, performance enhancement and optimization design, and solves technical problems that cannot be solved by conventional design methods. 2. New Energy Equipment Technology This direction applies the traditional process equipment and its design method to new energy fields such as light energy, hydrogen energy and nuclear energy. For example, the large molten salt storage tank is a key equipment in the photovoltaic power generation plant, and we have carried out the structural strength analysis of this equipment to solve the technical problems in its construction and operation. In view of the technical problems in its construction and operation, we have carried out structural strength analysis, thermal deformation and thermal stress analysis, creep fatigue analysis, and flow field and heat transfer analysis of the preheating and salt feeding transient processes of this equipment. 3. Fatigue and fracture This direction applies fundamental theory of fracture mechanicsis to analyze the fracture problem of engineering structure, and theoretically put forward crack transition expansion, crack group equivalence and other fracture mechanics models.
Teaching1.Theory Instruction: Fundamentals of Mechanical Design (Robotics), 64 hours, spring semester Fundamentals of Mechanical Design (Materials), 48 hours, spring semester Fundamentals of Mechanical Design (Mechanical Design and Manufacturing and Automation，Chinese-Foreign Cooperation), 48 hours, fall semester Mechanical Design（Chinese-Foreign Cooperation），64 hours, fall semester Fatigue &Fracture (Process Equipment and Control Engineering), 24 hours, fall semester 2.Practical Session: Fundamentals of Mechanical Design (Robotics), 3 weeks, spring semester Fundamentals of Mechanical Design (Materials ), 2 weeks, spring semester Undergraduate Capstone Session (Process Equipment and Control Engineering), 16 weeks, spring semester PostgraduatesFunding1. National Natural Science Foundation of China Youth Fund Program, 11202019, Research on the transition extension law and mechanism of composite fatigue crack, 2013-2015. 2. National Key Research and Development Program, Research on Sealing Performance Detection and Evaluation of Typical Static Seal Structures and Leakage Control Technology, 2018-2020 3. Beijing Yanhua Engineering Construction Co., Ltd. lateral project, Compressor inlet pipe fracture analysis, 2021 4. Poel (China) Limited, UPVC Membrane Shell Calculation, 2021 5. Ansys China (Beijing) Company, Optimization of Seal Structure Parameters for Fluid-Solid Coupling Simulation, 2021 6. Pall (China) Co., Ltd, Stress Analysis of CPF260 Pipe Nozzle Load in Jiangsu XUANDA, 2021 7. Pall (China) Co., Ltd, Strength Calculation of Filter Main Plate, 2020 8. Poel (China) Co., Ltd, Valve Stress Analysis and Calculation, 2020 Vertical ProjectHorizontal ProjectPublications1. Cui yuanyang，Li Huifang，Qian Caifu. Calculation of stress intensity factors for pipe penetration oblique cracks, Pressure Vessels，2023,40(4)：30-36 2. Cui jintai，Li Huifang，Qian Caifu. Boundary study of annular double crack interaction on the inner surface of pipeline, 18th University Level Communication Conference on Teaching and Research in Process Equipment and Control Engineering,2023.8.1:222-225 3. Wang Ruo qian，Li Huifang，Qian Caifu. Rationalization design of the reinforcement of on-board oxygen tank based on the principle of equal strength design,Chemical Equipment and Piping，2023,60 (5):17-21 4. Wang gaojie，Li Huifang，Qian Caifu.Study on the rational arrangement of reciprocating compressor inlet tube clamps.Journal of Beijing University of Chemical Technology, Natural Science Edition,2023,50（3）:76-81 5. Li Weicong,Yinxia, Li Huifang，Qian Caifu，Wu Zhiwei. Optimal Design of Fluid Flow and Heat Transfer in Pipe Jackets Having Bow Cross-Sections,Applied Sciences -Basel, 2022,12:14:7179 6. Li Weicong,Yinxia, Li Huifang，Qian Caifu，Wu Zhiwei.A design method for half-pipe jacketed vessels based on numerical limit-load analysis,Asia-Pacific Journal of Chemmical Eengineering,2022,17:2 7. Wang Ruo qian，Li Huifang，Qian Caifu. Strength evaluation and lightweight design of reinforcement for on-board oxygen tanks based on ultimate load analysis, Chemical machinery, 2022，49(supplementary publication)274-277 8. Li Weicong, Li Huifang，Qian Caifu. Study of fluid flow and heat transfer properties in large bowed cross-section spiral tubes, Pressure Vessels.2022，39(9):25-31 9. Wang Gaojie，Li Huifang，Qian Caifu. Fatigue fracture analysis of compressor inlet pipe, chemical machinery，2021，48:(6):899-908 10. Liu Zhenning, Li Huifang，Qian Caifu. Strength analysis of a plate heat exchanger with two design-by-analysis Methods, Mechanisms and Machine Science, 2021,100: 143-154 11.Wang Xiuhui，Li Huifang，Qian Caifu.Influence of structural parameters of metal-wound gaskets on compression-resilience properties, Computer Aided Engineering, 2021, 30(3): 55-60+72 12. Wang Xiuhui，Li Huifang，Qian Caifu.Effect of uneven preload on sealing performance of bolted flange gasket joints, Journal of Beijing University of Chemical Technology (Natural Science Edition):2021,48 (2): 75-83 13. Huifang Li, Yan Hong, Caifu Qian, Experimental Study of the Fatigue Crack Propagation and overloading retardation in TA2 Plate, Advanced Materials Research 2015,1120-1121:1008-1013. 14.Li H.F., Wang Z.B. , Tang L.Q., Caifu Qian, Experimental study of the mixed mode notched crack transformation propagation in 06Cr19Ni10 austenitic stainless steel with consideration of the material orientation. 2015 International Power, Electronics and Materials Engineering Conference, Dalian, P.R.China, 2015.10.30-10.31 15. Li H.F., Wang Z.B. , Sun X.J., Qian C.F. , Experimental investigation of the stain-strengthen effect on the existed I+II mixed mode fatigue crack transformation propagation in an austenite stainless steel, Proceedings of the ASME 2013 Pressure Vessels and Piping Conference, PVP2013, Paris, France,2013.7.14-7.18 16. Huifang Li, Xiaoju Sun, Lanqing Tang, Caifu Qian, Morphology analysis of mixed mode fatigue crack growth in a low alloy steel, Advanced Materials Research,2013, 787: 745-749. 17.Huifang Li, Caifu Qian, Path prediction of I + III mixed mode fatigue crack propagation, Fatigue & Fracture of Engineering Materials & Structures, 2012,35 : 185-190 18. Li H.F., Sun X.J., Qian C.F. . Path prediction of I+II mixed mode fatigue crack growth in pressure vessels made from 16MnDR. From failure to better design ,manufacture and structure, ISSI2012, Jinan，P.R. China，2012.10.31-11.4 19. Huifang Li, Caifu Qian, Experimental Study of I+III mixed mode fatigue crack transformation propagation, Fatigue & Fracture of Engineering Materials & Structures, 2011(1),34,53-59 20. Huifang Li, Caifu Qian, Xiaodong Yu. Thermal stress analysis of a tubesheet with a welding clab, Advanced Materials Research, 2011,201-203:302-307 21. Huifang Li, Caifu Qian, Xiaodong Yu. Effects of tube stiffness and tubesheet thickness on the thermal stress of the tubes and tubesheet. Advanced Materials Research, 2011, 314-316:1552-1555 22. Huifang Li, Caifu Qian. Cracking simulation of a tubesheet under different loadings. Theoretical and applied fracture mechanics, 2010, 54:27-36 23. Huifang Li, Caifu Qian, Lan wang. Determination of the expansion parameters for the combined welding and expanding connection of tube-to-tubesheet, Advanced Materials Research, 2010,118-120:186-190 24. Huifang Li, Caifu Qian, Study on residual stresses in hydraulic expansion of thick tube and plate, Journal of Beijing University of Chemical Technology (Natural Science Edition), 2010, 37, 2:121-125 25. Li H.F., Qian C.F, Cracking simulation of the hydraulically expanded tubesheet, Transferability and Applicability of Current Mechanics Approaches, fm2009,Chengdu, P.R. China, 2009.10.16-10.20 AwardspatentHonor RewardAdmissions Information |