Biography
Male, of Han ethnicity, holds a doctoral degree, and serves as an Associate Professor at the School of Civil and Transportation Engineering, South China University of Technology. Main research directions: Vibration and fatigue of bridge structures; Construction monitoring of long-span bridges; Diagnosis and treatment of diseases in existing bridges He undertakes multiple teaching responsibilities. He has led and participated in various scientific research projects: Led vertical projects: Led the General Program of the National Natural Science Foundation of China titled Research on New Methods for Fatigue Life Prediction of Steel Bridges; Led the Open Fund Project of the State Key Laboratory of Frozen Soil Engineering titled Research on Settlement Control of Bridge Pile Foundations Under the Coupling Effect of Freeze-Thaw Cycles and High-Speed Railway Dynamic Loads; Led the Open Project of the State Key Laboratory of Subtropical Building Science titled Fire Resistance Performance and Design Methods of Multi-Story Steel-Concrete Composite Spatial Frame Structures Under Local Fire; Led the Science and Technology Project of the Department of Transportation of Guangdong Province titled New Methods for Fatigue Life Prediction of Steel Bridges.
Participated in vertical projects: General Program of the National Natural Science Foundation of China titled Research on Dynamic Behavior of Stiffened Plates in Steel Box Girders of Long-Span Bridges (Project No. 51377376); National Natural Science Foundation Project titled Parameter and Internal Force Identification and Analysis of Cable-Rod Structure Systems of Long-Span Bridges (Project No. 50978105); Science and Technology Project of the Department of Transportation of Guangdong Province titled Research on Key Construction Technologies of Dongjiang Bridge; Science and Technology Project of the Department of Transportation of Guangdong Province titled Research on Key Reinforcement Technologies of Sanshanxi Bridge.
Led major horizontal projects: Construction monitoring of the main bridge of the Hong Kong-Zhuhai-Macao Bridge; Construction monitoring of the main bridge of the Changjiang River Bridge on the Hefu Railway (this bridge is a double-tower five-span continuous steel truss girder cable-stayed bridge with a span arrangement of 90+630+240+90m, a total length of 1290m, a main span of 630m, and is designed for both highway and railway use); Construction monitoring of the single-tower parallel double-cable-plane steel box girder cable-stayed bridge of Foshan Xiqiao Bridge (span arrangement: 120+125m); Construction monitoring of Danansha Grand Bridge in Phase II of the Guangzhu Central Line Project; Inspection of old bridges and roads in the reconstruction project of Daguan Road Entrance/Exit of Guangzhou-Shenzhen Expressway; Underwater foundation inspection service for bridges in Zhongshan City (2013); Long-term health monitoring of Shenwan Bridge in Zhongshan City; Slope support project of Leiyang Experimental Middle School.
Participated in horizontal projects: Research on parameter and internal force relationship identification of the cable structure system of Huangpu Bridge, and scaled experimental research on internal force identification of long suspenders with vibration reduction frames of Huangpu Bridge; Research on suspender and tie-rod force identification and analysis of Yajisha Main Bridge; Construction monitoring of Aizhai Suspension Grand Bridge in Hunan Province.
Awards (provincial and ministerial level): Won 1 First Prize of Science and Technology Progress Award from the Ministry of Education (for the project Disease Diagnosis and Treatment Technology for Existing Beam Bridges and Arch Bridges, ranked 3rd); Won 1 Second Prize of Science and Technology Award of Guangdong Province (for the project Research on Key Mechanical Properties of Rigid Suspension Stiffened Steel Truss Girder Structure of Dongjiang Bridge, ranked 11th).
Education
September 2005 to July 2009, South China University of Technology, Structural Engineering, Doctoral Degree September 2002 to July 2005, South China University of Technology, Bridge and Tunnel Engineering, Master's Degree September 1996 to July 2000, Central South University, Civil Engineering, Bachelor's Degree
Research Areas
Vibration and Fatigue of Bridge Structures Construction Monitoring of Long-Span Bridges Diagnosis and Treatment of Diseases in Existing Bridges
Courses Taught
1、Engineering Project Management 2、Bridge Maintenance and Strengthening 3、Bridge Engineering
Selected Publications
- 谷利雄;陈浩;吴玉贤;胡哲;金鹤,基于误差函数的钢桁梁顶推施工线形控制研究,世界桥梁,2025
- Huang, Jirong;Gu, Lixiong;He, Zhen;Yu, Jun,Analytical Solution for the Steady Seepage Field of an Anchor Circular Pit in Layered Soil,Buildings,2024
- Liu, Fanggang;Gu, Lixiong;Fu, Haishan;Li, Xinping;Zhao, Xiaolong;Ma, Niujing;Guo, Zhaolong,Research on the Method of Prestressing Tendon Layout for Large-Span Prestressed Components Continuous Rigid Frame Bridge Based on "Zero Bending Moment Dead Load Theory",Buildings,2024
- Liu, Fanggang;Gu, Lixiong;Fu, Haishan;Li, Xinping;Zhao, Xiaolong;Ma, Niujing;Liu, Shixun,Research on Monitoring Technology for Frame Piers of Continuous Box-Girder Bridges Constructed by the Cantilever Method,Buildings,2024
- Gu, Lixiong;Hong, Jieming;Ma, Niujing,Analysis and simplified model calculation of residual stress in U-rib welding of steel bridge deck,Advances in Mechanical Engineering,2024
- He, Qi;Zhen, Xiaoxia;Gu, Lixiong;Zhang, Zhuojie;Chen, Wei,Enhancing vibration control in multi-cable hybrid network systems: A parametric study and optimization evaluation,Advances in Mechanical Engineering,2024
- Gu, Lixiong;Liu, Cong;Ma, Niujing;Ji, Jianyi,Research on the load transfer performance of large-span steel truss cable-stayed bridge structures,Advances in Mechanical Engineering,2024
- Gu, Lixiong;Dong, Chunguang;Zhang, Yi;Zhen, Xiaoxia;Liu, Guiyuan;Ji, Jianyi,Research on One-to-Two Internal Resonance of Sling and Beam of Suspension Sling-Beam System,Buildings,2023
- Lixiong Gu;Chunguang Dong;Yi Zhang;Xiaoxia Zhen;Guiyuan Liu;Jianyi Ji,Research on One-to-Two Internal Resonance of Sling and Beam of Suspension Sling–Beam System,Buildings,2023
- 林延城;徐圣;谷利雄,地下合建建筑的浮置板市政道路隔振性能分析,建筑结构,2022
- Ma, Niu-Jing;Gu, Li-Xiong;Peng, Chang-Li,An Adjustment Technique for Tensions in the Cables of Concrete Cable-Stayed Bridges considering the Effect of Cable-Girder Temperature Difference,KSCE Journal of Civil Engineering,2021
- Ma, Niu-Jing;Gu, Li-Xiong;Piao, Long;Zhang, Xing-Zhi,Dynamic stress analysis on nonlinear vibration of a stiffened plate with initial stresses and geometric imperfections considering different resonance conditions,Engineering Computations,2021
- Han, Chunguang;Luo, Xu;Li, Xinping;Fu, Xinsha;Gu, Lixiong;Ouyang, Zhiyong,Study on Bridge Structure Damage and Health Diagnosis Method Based on Health Monitoring,Tehnicki Vjesnik,2021
- Zhang, Zhuojie;Gu, Lixiong;Wang, Dongqiang;Chen, Wei;Jiang, Fan,Influence of Rigid Coupling on Natural Vibration Characteristics of Multi-strand Cables,Journal of the China Railway Society,2021
- Han, Chunguang;Luo, Xu;Li, Xinping;Fu, Xinsha;Gu, Lixiong;Ouyang, Zhiyong,Study on Modern Bridge Structure Health Monitoring System Based on Damage Identification,Tehnicki Vjesnik,2021
- Ma, Niu-Jing;Gu, Li-Xiong;Peng, Chang-Li,An Adjustment Technique for Tensions in the Cables of Concrete Cable-Stayed Bridges considering the Effect of Cable-Girder Temperature Difference,KSCE Journal of Civil Engineering,2021
- Niu-Jing Ma;Li-Xiong Gu;Chang-Li Peng,An Adjustment Technique for Tensions in the Cables of Concrete Cable-Stayed Bridges considering the Effect of Cable-Girder Temperature Difference,KSCE Journal of Civil Engineering,2021
- 张卓杰;谷利雄;王东强;陈炜;蒋凡,刚性耦合对多索股结构自振特性的影响,铁道学报,2021
- Han Chunguang;Luo Xu;Li Xinping;Fu Xinsha;Gu Lixiong;Ouyang Zhiyong,Study on Modern Bridge Structure Health Monitoring System Based on Damage Identification,Tehni?ki vjesnik,2021
- Han Chunguang;Luo Xu;Li Xinping;Fu Xinsha;Gu Lixiong;Ouyang Zhiyong,Study on Bridge Structure Damage and Health Diagnosis Method Based on Health Monitoring,Tehni?ki vjesnik,2021
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