About
Fan Xueming, Doctor of Engineering, Master's Supervisor, is affiliated with the School of Civil Engineering and Transportation, South China University of Technology (SCUT). He serves as an expert of the Wind Power Concrete Tower Branch of China Concrete and Cement Products Association (CCPA), a member of the Expert Committee of Southern Computational Mechanics Society, a member of Guangdong Civil Engineering and Architecture Society, a member of Guangdong Highway Society, a member of the International Association for Computational Mechanics (IACM), and a member of Guangdong Green Building and Prefabrication Association. His main research and service areas focus on construction monitoring, long-term monitoring, and safety assessment of civil engineering structures, as well as the research and development, testing, and engineering promotion of Ultra-High Performance Concrete (UHPC) materials and structures. He has published more than 80 academic papers, software copyrights, and patents in high-level domestic and international academic journals and conferences, and has hosted or participated in multiple national-level scientific research projects. He has been awarded the Second Class Award for Science and Technology from Guangdong Civil Engineering and Architecture Society (2023), the Second Class Award for Science and Technology from Guangdong Construction Engineering Green and Prefabricated Development Association (2023), the Second Class Award for Science and Technology from Guangdong Highway Society (2022), the Second Class Award for Concrete Science and Technology from China Concrete and Cement Products Association (2021), the Second Class Award for Science and Technology from Guangdong Civil Engineering and Architecture Society (2021), and the Second Class Award for Technological Progress of Guangzhou City (2016, twice), as well as the First Class Award for Technological Progress of Guangdong Province (2005). He also participated in compiling the group standard Technical Specification for Prefabricated Ultra-High Performance Concrete Staircases.
Education
Graduated with a Bachelor's degree in Industrial and Civil Architecture from Hebei Institute of Technology in July 2000, followed by a Master's degree in Structural Engineering from South China University of Technology (SCUT) in July 2003, and subsequently obtained a Doctoral degree in Structural Engineering from SCUT in July 2008.
Research
Key areas in civil engineering encompass Ultra-High Performance Concrete (UHPC), High-Performance Concrete (HPC), durability assessment, engineering mechanics, computational mechanics, and construction monitoring, all of which play pivotal roles in advancing structural design, enhancing material performance, and ensuring the safety and longevity of infrastructure projects.
Open Course
He instructs core professional courses in civil engineering, including *Structural Mechanics* and *Elastic Mechanics*, which are fundamental for cultivating students' abilities in structural analysis, mechanical principle application, and engineering problem-solving.
Thesis
- 范学明,Flexural performance of UHPC-encased H-shape steel beams Experiments and theoretical analysis,Engineering Structures,2026
- 范学明,Research on the spatial quantity distributionof fibers in ultra high performance concreteslabs based on image recognition method,Advances in Structural Engineering,2025
- 范学明,UHPC 钢纤维随机均匀分布配向系数的数值仿真验证,混凝土,2025
- 范学明,Research on the spatial quantity distributionof fibers in ultra high performance concreteslabs based on image recognition method,Advances inStructural Engineering,2025
- 范学明,装配式UHPC雨污水检查井结构设计选型研究,科学技术创新,2025
- 范学明,基于图像识别法的超高性能混凝士平板钢纤维掺量检测研究,混凝土,2025
- 范学明,工字钢外包薄层 UHPC组合梁抗剪性价比分析,华南理工大学学报（自然科学版）,2025
- 范学明,预制 UHPC 雨污水检查井的设计与仿真分析,混凝土与水泥制品,2024
- ,Bending resistance mechanism of prestressed ultra-high performanceconcrete-reinforced concrete beam basedon a full-scale experiment,Adwances in Structural Engineering,2024
- 范学明,高速公路 30 m UHPC 无腹筋预应力 U 型节段组合梁抗弯承载能力足尺试验研究,混凝土,2024
- 范学明,基于响应面-蒙特卡罗法的超高性能混凝土性价比研究,水泥,2024
- 范学明,Shear resistance test analysis and calculationmethod of shear capacity of UHPC-NCbeam without web reinforcement,Advances in Structural Engineering,2024
- 范学明,UHPC板弯曲性能试验研究,水利技术监督,2024
- 范学明,UHPC 无腹筋预应力 U型组合节段梁接缝直剪足尺试验研究,混凝土,2024
- 范学明,Bending resistance mechanism of prestressed ultra-high performanceconcrete-reinforced concrete beam basedon a full-scale experiment,Adwances in Structural Engineering,2024
- 王卫锋;陈健锋;郑小红*;范学明;田月强,16m无筋预应力UHPC简支工字梁抗弯性能足尺模型试验研究,贵州大学学报(自然科学版),2021
- Xu, Zhi;Chen, Miao;Su, Cheng;Fan, Xueming;Guan, Zhongwei,Dynamic analysis of multi-crack problems by the spline fictitious boundary element method based on Erdogan fundamental solutions,Engineering Analysis with Boundary Elements,2019
- Xu, Zhaoquan;Su, Cheng;Fan, Xueming,Distribution Characteristics Calculation of Temperature and Shrinkage Cracks in Large Concrete Floor,Gongcheng Kexue Yu Jishu/Advanced Engineering Sciences,2019
- Xu, Z.;Chen, M.;Fan, X. M.,Spline Fictitious Boundary Element Alternating Method for Edge Crack Problems with Mixed Boundary Conditions,CMES-COMPUTER MODELING IN ENGINEERING & SCIENCES,2018
- Chen, Miao;Xu, Zhi;Fan, Xueming,Evaluation of the T-stress and stress intensity factor for multi-crack problem using spline fictitious boundary element alternating method,Engineering Analysis with Boundary Elements,2018
- Su, Cheng;Qin, Zhongshan;Fan, Xueming;Xu, Zhi,Stochastic spline fictitious boundary element method for random vibration analysis of plane elastic problems with structural uncertainties,Probabilistic Engineering Mechanics,2017
- 许秩;范学明,含裂纹平面问题Erdogan基本解的显式表达,应用数学和力学,2017
- Xu Zhi;Fan Xue-Ming,The explicit expression of erdogan's fundamental solution for plane problems with cracks,Applied Mathematics and Mechanics,2017
- 邓晖;郭淦良;苏成;陈太聪;徐郁峰;范学明;吴丕;姜贻平,基于夹具基座应变法的索力测量研究,2016
- Su, Cheng;Qin, Zhongshan;Fan, Xueming,Stochastic spline fictitious boundary element method for modal analysis of plane elastic problems with random fields,Engineering Analysis with Boundary Elements,2016
- 陈淼;许秩;范学明;刘德铭;卢健东;黄诗惠,求解应力强度因子的样条虚边界元交替法,计算机辅助工程,2016
- Su, Cheng;Fan, Xueming;Ma, Haitao;Gu, Zhiyong,Green's Function Method for Stability Analysis of Stochastic Structures,Journal of Engineering Mechanics,2015
- 范学明;刘春艳;李康业,深圳宝安体育场索桁屋架索力测量,科学技术与工程,2014
- 邓晖;苏成;范学明;彭金标,广东兴业国际仓储科研主楼施工监测与分析,施工技术,2014
- 卢绍鸿;梁立农;梁雄;刘春艳;范学明,桥梁高墩稳性定问题的计算长度参数研究,广东土木与建筑,2014
- 邓晖;苏成;范学明;彭金标,广东兴业国际仓储科研主楼施工监测与分析,施工技术,2014
- 范学明;苏成;黄婷,杆件结构强迫振动分析时域基本解,固体力学学报,2014
- 范学明;苏成;黄婷,杆件结构强迫振动分析时域基本解,2013
- 张韬;范学明,基于Midas/gen的广州兴业仓储科研主楼施工过程仿真分析研究,科学技术与工程,2012
- 范学明;陶辛未,Monte-Carlo法随机分析中提高样本有效性的尝试,科学技术与工程,2011
- Su, Cheng*;Fan, Xue-Ming,Dynamic eigenvalue analysis of stochastic structures by the Green's method,Chinese Journal of Computational Mechanics,2009
- 苏成;范学明,随机结构动力特性分析格林函数法,计算力学学报,2009
- Su, Cheng;Xu, Rui;Fan, Xue-Ming,Local average method based on curved-side elements for discretization of 2D random fields,Journal of South China University of Technology(Natural Science Edition),2008
- 任凤鸣;范学明,弹性压杆稳定问题的精确解法,建筑科学,2008
- 苏成;徐瑞;范学明,二维随机场离散的曲边单元局部平均法,华南理工大学学报(自然科学版),2008
- Fan, Xue-Ming;Su, Cheng;Wang, Tao,Analysis of parameter sensitivity and reliability for the Xijiang bridge under construction,Journal of South China University of Technology(Natural Science Edition),2007
- 苏成;范学明,结构稳定分析域外奇点法,力学与实践,2007
- 范学明;苏成;王涛,西江大桥施工阶段参数灵敏度与可靠度分析,华南理工大学学报(自然科学版),2007
- Su Cheng*;Fan Xueming;He Tao,Wind-induced vibration analysis of a cable-stayed bridge during erection by a modified time-domain method,Journal of Sound and Vibration,2007
- 王卫锋;刘春燕;范学明,预应力混凝土连续刚构桥实测应变与应力的转换,郑州大学学报(工学版),2006
- 苏成;王涛;范学明,广东西江大桥主桥施工监控技术流程与主要成果,福州大学学报(自然科学版),2005
- 苏成;范学明,斜拉桥施工控制参数灵敏度与可靠度分析,土木工程学报,2005
- 苏成;范学明,悬臂轴拉杆一阶随机分析的解析解,力学与实践,2004
- Su C;Fan XM;Han DJ,Stochastic singular-points-outside-domain method and its application in engineering,2004
- 宋增斌;任国旭;刘春燕;范学明,西江特大桥主桥线形施工控制,中外公路,2004
- 苏成;范学明;颜全胜,轴拉杆随机分析的域外奇点法,华南理工大学学报(自然科学版),2003
- 苏成;范学明,考虑材料与荷载变异时崖门大桥施工阶段随机分析,桥梁建设,2003
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