百晓学者学者目录

吴庆雄

福州大学土木工程学院

个人简介

吴庆雄,福州大学土木工程学院研究员、博士生导师,现任学院院长助理,担任“桥梁与隧道工程”博硕士点负责人。主要从事桥梁工程前沿课题研究,研究方向涵盖公路与水路运输、铁路运输、力学、建筑科学与工程。主持国家重点研发计划、国家自然科学基金、教育部课题、福建省杰青基金等10余项重点项目及大量横向课题。

精选作品

期刊论文

  1. 吴庆雄,郑其鑫,袁辉辉,秦志清,张硕(2026). 部分填充混凝土的端承式预制拼装钢桥墩抗震性能研究. 《交通运输工程学报》.DOI
  2. 吴庆雄,许志坤,袁辉辉,秦志清(2026). 外包UHPC钢管混凝土叠合短柱偏压性能研究. 《工程力学》.
  3. 吴庆雄,郑其鑫,袁辉辉,秦志清(2026). 柱脚形式不同的部分填充混凝土装配式钢桥墩抗震性能研究. 《土木工程学报》.DOI
  4. 陈康明,樊林杰,吴庆雄,罗健平(2026). 高强螺栓止裂法提升钢管K型节点抗疲劳性能研究. 《交通运输工程学报》.DOI
  5. 王渠,刘俊杰,吴庆雄,黄宛昆,陈康明,游铧伶(2026). 横梁非对称拼接的拼宽梁桥简化计算方法研究. 《湖南大学学报(自然科学版)》.DOI
  6. 徐常泽,管锡琨,马亚,赵庆超,杨戬,耿哲,吴庆雄(2026). 考虑脱空缺陷的钢管混凝土拱承载力计算方法研究. 《建筑钢结构进展》.DOI
  7. 黄育凡,苏隆勋,方远威,吴庆雄(2026). 工字组合梁整体桥荷载解析与设计优化. 《福州大学学报(自然科学版)》.
  8. Yufan Huang, Weiguang Fan, Qingxiong Wu, Lingjie Chen, Tao Tang (2026). Static Performance and Failure Mechanisms of a Rubber-Stiffened Steel Plates with Rapid-Hardening Concrete for Sustainable Bridge Expansion Joints Retrofitting. Case Studies in Construction Materials.DOI
  9. Jun Cheng, Huihui Yuan, Shao-Yong Xiao, Qingxiong Wu (2026). Pseudo-dynamic test and elasto-plastic time-history analysis of UHPC-encased CFST composite columns. Structures.DOI
  10. Qu Wang, Xiangyu Han, Ziming Fang, Qingxiong Wu, Qing-Wei Huang, Kang-Ming Chen, Yi Xie (2026). Interface Force Transfer Mechanism of Internal Prestressing and Section Enlargement Composite Reinforcement in PC Box Girder Bridges. Buildings.DOI
  11. Yufan Huang, Yan Li, Weiguang Fan, Qingxiong Wu, Zhiwei Chen (2026). Effects of inclination angle on corrosion and structural integrity of stay cables with damaged sheaths. Structures.DOI
  12. Yufan Huang, Longxun Su, Yuanwei Fang, Lingjie Chen, Qingxiong Wu, Qu Wang (2026). Bending-tensile behavior of composite twin I-girders using UHPC-NC hybrid bridge decks: Experimental and numerical analysis. Structures.DOI
  13. Yilun Yang, Shozo Nakamura, Qingxiong Wu, Kangming Chen, Chengyu Miao (2026). Calculation Method for the Stress Concentration Factor for Concrete-Filled Steel Tubular KK Joints. Journal of Bridge Engineering.DOI
  14. Yilun Yang, Shozo Nakamura, Qingxiong Wu, Kangming CHEN, Xuankai Huang, Yuchen Wang (2026). Calculation method for load-carrying capacity of CFST K-joints with internal ring stiffeners. Journal of Constructional Steel Research.DOI
  15. 黄琛,吴庆雄,蒋惠,黄凌辉,付森,尤媛媛(2025). 蒸汽养护制度对混凝土力学性能与微观结构影响研究. 《公路》.
  16. 黄育凡,戴思旸,陈康明,吴庆雄(2025). 考虑系杆断裂的钢管混凝土刚架系杆拱桥动力响应分析. 《哈尔滨工业大学学报》.
  17. 刘洪成,徐常泽,孙晓洲,高宗贤,吴庆雄(2025). 钢箱—混凝土组合拱座受力性能与设计参数分析. 《公路》.
  18. 黄志强,王渠,韩冬冬,陈康明,吴庆雄(2025). 钢-混凝土组合弯梁桥受力性能研究. 《公路》.
  19. 黄育凡,方远威,吴庆雄,王渠,陈洲宇,陈明森(2025). 工字组合梁整体式桥台节点受力性能与刚度计算. 《交通运输工程学报》.
  20. 袁辉辉,程军,吴庆雄,杜雨鸿,陈宝春,吴祎贤(2025). 钢管混凝土混合柱抗震性能试验研究. 《工程力学》.
  21. 秦志清,吴庆雄,许志坤,袁辉辉(2025). UHPC外包层-钢管界面黏结抗剪性能非线性分析. 《重庆交通大学学报(自然科学版)》.
  22. 黄志强,王渠,杨顺,吴庆雄,陈康明(2025). 采用钢筋混凝土桥面板的开口钢箱组合梁受力性能研究. 《公路》.
  23. 李德臣,吴庆雄,管锡琨,孙晓洲,韩雨晓,王帅(2025). 不同加强措施对N形节点疲劳性能影响研究. 《建筑钢结构进展》.DOI
  24. 吴庆雄(2025). 中、下承式拱桥悬吊桥面系强健性设计理论与计算方法. 《科学出版社》.
  25. 黄育凡,陈凌杰,吴庆雄,林飞鸿(2025). 工字梁组合刚构桥墩梁节点传力机理与设计方法. 《湖南大学学报(自然科学版)》.DOI
  26. 林锋杰,孙作轩,吴庆雄,庄龙建,林建茂(2025). 闽安特大桥主梁节段模型风洞试验研究. 《水利与建筑工程学报》.
  27. 陈智威,郑豪峰,吴庆雄,吴少峰(2025). 考虑斜拉索断裂过程的斜拉桥等效静力法研究. 《水利与建筑工程学报》.
  28. 陈建峰,廖卫保,吴庆雄,陈康明,王渠(2025). 考虑强健性的下承式刚架系杆拱桥设计评估与优化. 《水利与建筑工程学报》.
  29. 卢建福,王渠,陈康明,吴庆雄(2025). 非对称缆索吊施工提篮式钢箱拱桥受力性能分析. 《南昌大学学报(工科版)》.DOI
  30. 杨益伦,吴庆雄,陈丹妹,薛茂盛,林建茂(2025). 蒸汽养生预制T梁有效预应力检测与损失分析. 《福建建设科技》.
  31. 王术剑,吴庆雄,徐召,王宏博,刘正飞(2025). 高商高速公路黄河特大桥主桥设计. 《桥梁建设》.
  32. 王渠,魏小康,吴庆雄,陈康明,杨戬,耿哲,王欢围(2025). 基于电磁原理的吊杆瞬时失效触发控制方法与应用. 《福州大学学报(自然科学版)》.
  33. 秦志清,袁辉辉,吴庆雄,李川浩,黄育凡(2025). 采用UHPC-钢管组合套筒连接的装配式桥墩拟静力试验. 《福州大学学报(自然科学版)》.
  34. 王术剑,吴庆雄,徐常泽,何小健,于淼,朱建瑞(2025). 墩台施工偏差对多跨连续刚架系杆拱桥受力性能影响. 《福州大学学报(自然科学版)》.
  35. 陈智威,吴庆雄,高彤阳,林建茂,黄育凡(2025). 超低边中跨比独柱式双塔混合梁斜拉桥受力性能分析. 《福州大学学报(自然科学版)》.
  36. 黄育凡,陈凌杰,吴庆雄,秦志清(2025). 承压板式墩梁节点传力机理和适用性研究. 《湖南大学学报(自然科学版)》.DOI
  37. Yufan Huang, Lingjie Chen, Qu Wang, Wei Liu, D. Hang, Qingxiong Wu (2025). Transverse bending and tensile performance of studs in composite twin-I girder bridge. Structures.DOI
  38. Yufan Huang, Weiguang Fan, Lingjie Chen, Tao Tang, Qingxiong Wu (2025). Experimental and numerical analysis of corrugated steel plates-silicone rubber composite structures for bridge deck continuity. Case Studies in Construction Materials.DOI
  39. Qingxiong Wu, Qixin Zheng, Ming-Qing Yang, Huihui Yuan, Shuo Zhang (2025). Research on seismic performance of prefabricated steel bridge piers with partially filled concrete. Structures.DOI
  40. Qu Wang, Binbin Zhou, Qingxiong Wu, Kang-Ming Chen, Daoqiang Lai, Zhijun Liang (2025). Mechanical behavior analysis of concrete girder bridges widened by partial splicing method. Structural Concrete.DOI
  41. Qingxiong Wu, Jianping Luo, Kang-Ming Chen, Qiaofeng Zheng (2025). The calculating method of SCF for CFST K-joints with array-arranged internal studs. Journal of constructional steel research.DOI
  42. Kang-Ming Chen, Linjie Fan, Qingxiong Wu, Qu Wang, Shozo Nakamura (2025). Fatigue performance of concrete-filled steel tubular K-joints with circularly arranged internal studs. Structures.DOI
  43. Qingxiong Wu, Jianping Luo, Kang-Ming Chen, Dongdong Han, Qiaofeng Zheng (2025). Fatigue Performance and SCF Calculation Method of CFST K-Joints with Array-Arranged and Circular-Arranged Internal Studs. Journal of Structural Engineering.DOI
  44. Yi Ming Yang, Shozo Nakamura, Qingxiong Wu, Kangming Chen, Xuankai Huang, Yuchen Wang (2025). Calculation method for axial load-carrying capacity of the tension-side brace in CFST K-joints with an external stiffener. Structures.DOI
  45. Jun Jie Cheng, Huihui Yuan, Qingxiong Wu, Mingqing Yang (2025). Shear Resistance and Calculation Method of UHPC-Encased CFST Composite Columns. Journal of Structural Engineering.DOI
  46. Lingjie Chen, Yufan Huang, Qingxiong Wu, Shozo Nakamura, Baochun Chen (2025). Application of Steel Box-Concrete Composite Arch Seat in Multi-Span Continuous Rigid-Frame Tied Arch Bridge. Structural integrity.DOI
  47. 吴庆雄,罗健平,杨益伦,陈康明,缪承谕,中村聖三(2024). 钢管混凝土KK型节点疲劳性能试验. 《交通运输工程学报》.
  48. 黄琛,吴庆雄,王承罡,何永柏,付森,杨益伦(2024). 蒸养预制PC箱梁的有效预应力研究. 《公路》.
  49. 吴庆雄,许志坤,程军,袁辉辉,秦志清(2024). 外包UHPC钢管混凝土叠合中长柱偏压性能试验研究. 《建筑结构学报》.DOI
  50. 袁辉辉,程军,蔡丁锡,吴庆雄,詹远辉,袁朝阳(2024). 钢筋混凝土薄壁空心高墩塑性铰长度计算方法. 《福州大学学报(自然科学版)》.
  51. 王渠,吴庆雄,陈康明,黄育凡,黄锦涛(2024). 预应力CFRP平板式锚具优化设计与应用. 《南昌大学学报(工科版)》.
  52. 黄卿维,吴庆雄,陈宝春,陈康明,叶智威(2024). 单圆管CFST拱桥面外弹性分支屈曲临界荷载计算方法. 《吉林大学学报(工学版)》.
  53. 黄汉辉,陈康明,吴庆雄(2024). 钢管混凝土桁式弦杆组合连续梁抗弯性能. 《吉林大学学报(工学版)》.
  54. Zhi-Kun Xu, Jun-Hu Cheng, Huihui Yuan, Qingxiong Wu, Zhiqing Qin (2024). Mechanical behavior of eccentrically loaded UHPC-encased CFST medium-long columns. Engineering structures.DOI
  55. 袁辉辉,程军,吴庆雄,佘智敏(2023). 主余震作用下钢管混凝土箱形叠合墩拟动力试验. 《中国公路学报》.
  56. 吴庆雄,许志坤,袁辉辉,秦志清(2023). 外包超高性能混凝土钢管混凝土叠合短柱轴压性能试验研究. 《建筑结构学报》.DOI
  57. 袁辉辉,黄珍珍,吴庆雄,林镇海(2023). 大跨混合连续箱梁桥钢混结合段传力机理试验与分析. 《湖南大学学报(自然科学版)》.
  58. 吴庆雄,罗健平,魏小康,徐召,管锡琨(2023). 考虑吊杆断裂过程的下承式钢管混凝土拱桥动力分析. 《福州大学学报(自然科学版)》.
  59. 卢建福,吴庆雄,陈康明,王渠(2023). 刚性拼接不等高布置空心板桥受力性能研究. 《水利与建筑工程学报》.
  60. 钱栋栋,陈潮,齐士乐,曹树森,那明望,吴庆雄(2023). 目形钢箱拱肋截面承载力计算方法. 《水利与建筑工程学报》.
  61. 吴庆雄,郑樵风,尹永胜,黄昌浩,朱建瑞(2023). 考虑吊杆断裂的拱梁组合桥动力响应分析. 《福州大学学报(自然科学版)》.
  62. 程军,许志坤,吴庆雄,袁辉辉(2023). 界面焊接环向钢筋的钢管混凝土叠合柱抗剪性能研究. 《第32届全国结构工程学术会议论文集(第I册)》.DOI
  63. 曹树森,石向东,丁学伟,钱栋栋,王礼武,吴庆雄(2023). 宽幅钢箱梁受力性能与设计参数分析. 《水利与建筑工程学报》.
  64. Han-Sung Huang, Kang-Ming Chen, Qingxiong Wu, Shozo Nakamura (2023). Calculation Method for Flexural Bearing Capacity of Composite Girders with CFST Truss Chords. Journal of Bridge Engineering.DOI
  65. Kang-Ming Chen, Qingxiong Wu, Han-Sung Huang, Qiaofeng Zheng, Shozo Nakamura (2023). Fatigue Performance Test and Finite-Element Analysis of Concrete-Filled Steel-Tube K-Joints. Journal of Bridge Engineering.DOI
  66. Kang-Ming Chen, Han-Sung Huang, Qiaofeng Zheng, Qingxiong Wu, Shozo Nakamura (2023). Experimental Research on the Calculating Method of Stress Concentration Factor for CFST K-Joint. Journal of Structural Engineering.DOI
  67. Qingxiong Wu, Qiaofeng Zheng, Kang-Ming Chen, Shozoo Nakamura (2023). Study on fatigue performance of concrete-filled steel tubular K-joints with internal studs. Journal of constructional steel research.DOI
  68. Yufan Huang, Lingjie Chen, Qingxiong Wu, Huihui Yuan, Baochun Chen, Shozo Nakamura (2023). Nonlinear dynamic response analysis of a hybrid concrete‐filled steel tubular truss lightweight bridge under strong earthquakes. Earthquake Engineering and Resilience.DOI
  69. Huihui Yuan, Ruling Chen, Qingxiong Wu, Jun Liang Hu, Yu Tang (2023). Experimental and numerical investigation of the mechanical behavior of a cable-stayed bridge with shell-shaped pylons. Structures.DOI
  70. Hanhui Huang, Kangming Chen, Qingxiong Wu, Shozo Nakamura (2023). Experimental investigation on composite girders with CSW-CFST truss chords subjected to combined flexure and torsion. Advances in Structural Engineering.DOI
  71. 韦建刚,谢志涛,罗霞,杨艳,吴庆雄,陈宝春,袁员(2022). 圆钢管约束超高性能混凝土短柱轴压受力性能研究. 《建筑结构学报》.DOI
  72. 陈康明,吴庆雄,罗健平,陈宝春,黄建华(2022). 中、下承式拱桥悬吊桥面系强健性加固试验. 《交通运输工程学报》.
  73. 吴庆雄,黄宛昆,王渠,陈康明,陈宝春(2022). 采用横向预应力的装配式空心板桥受力性能与设计计算方法. 《交通运输工程学报》.
  74. 黄宛昆,吴庆雄,王渠(2022). 装配式空心板桥改进型铰缝结合面受力性能. 《交通运输工程学报》.
  75. 陈康明,黄汉辉,吴庆雄,陈宝春(2022). 波形钢腹板-钢管混凝土桁式弦杆组合梁桥疲劳性能. 《交通运输工程学报》.
  76. 韦建刚,谢志涛,杨艳,吴庆雄,陈宝春,平建春(2022). 钢管混凝土提篮拱面外受力性能试验. 《交通运输工程学报》.
  77. 陈康明,黄卿维,吴庆雄,陈宝春,谢泽豪(2022). 采用预制-现浇UHPC板的钢桥面铺装受力性能研究. 《中国公路学报》.
  78. 杨益伦,陈康明,吴庆雄,郑樵风,王渠(2022). 基于频率法的PC桥梁锚下有效预应力检测技术影响因素. 《南昌大学学报(工科版)》.
  79. 袁辉辉,陈如凌,吴庆雄,黄育凡(2022). 钢管混凝土扇形组合塔部分斜拉桥传力机理研究. 《湖南大学学报(自然科学版)》.
  80. 陈康明,罗健平,吴庆雄,陈宝春,蔡芬芳(2022). 钢腹杆PC组合梁桥抗弯性能. 《工程科学与技术》.
  81. 陈康明,杨洋,吴庆雄,罗健平(2022). 钢-混凝土混合变截面连续梁桥钢箱梁段合理长度研究. 《福州大学学报(自然科学版)》.
  82. Han-Sung Huang, Kang-Ming Chen, Qingxiong Wu, Shozo Nakamura (2022). Calculation method for the torsional bearing capacity of composite girders with CSW-CFST truss chords. Engineering structures.DOI
  83. Yan Xu, B. Li, Qingxiong Wu, Hui-Hui Yuan (2022). Failure mechanism and load carrying capacity of an arched partially CFST bridge tower considering different concrete filling lengths. Structure and Infrastructure Engineering.DOI
  84. Han-Sung Huang, Kang-Ming Chen, Qingxiong Wu, Shozo Nakamura (2022). Research on the Fatigue Performance of Composite Girders with CSW and ST Truss. Applied Sciences.DOI
  85. Kang-Ming Chen, Jianping Luo, Qingxiong Wu, H. Wang (2022). Test of Broken Suspender Specimen and Equivalent Static Calculation Method for Half-Through and Through Concrete-Filled Steel Tubular Arch Bridges. Applied Sciences.DOI
  86. Qingxiong Wu, Zhi-Kun Xu, Hui-Hui Yuan, Zhiying Qin (2022). Ultimate bearing capacity of UHPC-encased CFST medium-long columns under axial compression. Magazine of Concrete Research.DOI
  87. Han-Sung Huang, Kang-Ming Chen, Qingxiong Wu, Shozo Nakamura (2022). Fatigue Performance Test and Numerical Analysis of Composite Girders with CSW-CFST Truss Chords. Applied Sciences.DOI
  88. 吴庆雄,佘智敏,袁辉辉,陈宝春,李成君(2021). 钢管混凝土箱形叠合柱抗震性能试验研究. 《建筑结构学报》.DOI
  89. 袁辉辉,佘智敏,吴庆雄,黄育凡,陈康明(2021). 钢管混凝土箱形叠合墩振动台试验研究. 《工程力学》.
  90. 陈康明,吴庆雄,王渠,郭新泽(2021). 基于3D打印的连续梁桥V形结构光弹性模型试验研究. 《南昌大学学报(工科版)》.DOI
  91. 袁辉辉,陈如凌,吴庆雄,杨恒(2021). 钢管混凝土扇形主塔部分斜拉桥的受力性能与设计优化分析. 《水利与建筑工程学报》.
  92. 吴庆雄,李博,袁辉辉,黄育凡(2021). 多肢钢管-钢管混凝土复合主塔钢混结合段受力性能分析. 《结构工程师》.DOI
  93. 吴庆雄(2021). 索结构非线性计算理论. 《中国建筑工业出版社》.
  94. 佘智敏,吴庆雄,袁辉辉,武兵(2021). 纵桥向变刚度支座布置的V形河谷高低墩梁桥受力性能分析. 《南昌大学学报(工科版)》.DOI
  95. Qingxiong Wu, Zhi-Min She, Hui-Hui Yuan (2021). Experimental study of UHPC-encased CFST stub columns under axial compression.DOI
  96. Hui-Hui Yuan, Zhi-Min She, Qingxiong Wu, Yufan Huang (2021). Experimental and parametric investigation on elastoplastic seismic response of CFST battened built-up columns. Soil Dynamics and Earthquake Engineering.DOI
  97. Hui-Hui Yuan, J. Dang, Qingxiong Wu, T. Aoki (2021). A modified curve-approximated hysteretic model for partially concrete-filled steel tube bridge piers.DOI
  98. Jucan Dong, Yiyan Chen, Qingxiong Wu, Aoxiang Hu, Ruijuan Jiang, Chengwei Wang, Zhaojie Tong, Hua Wei Song, Tianhua Xu (2021). Research on flexural behavior of composite box continuous girder with corrugated steel webs and trusses. Advances in Structural Engineering.DOI
  99. 吴庆雄,黄汉辉,陈康明,陈宝春(2020). 钢管K形节点足尺模型疲劳性能试验研究. 《建筑结构学报》.DOI
  100. 陈康明,黄汉辉,吴庆雄,陈宝春(2020). 基于钢管K型节点刚度的应力集中系数计算方法. 《建筑结构学报》.DOI
  101. 吴庆雄,黄汉辉,陈康明,陈宝春(2020). 钢管混凝土K形节点足尺模型疲劳性能试验. 《建筑结构学报》.DOI
  102. 吴庆雄(2020). 光弹性试验在桥梁工程中的应用.
  103. 周俊,韦建刚,吴庆雄,陈宝春,黄卿维(2020). 等围压约束下超高性能混凝土本构模型. 《福州大学学报(自然科学版)》.
  104. Hui-Hui Yuan, Qingxiong Wu, Yufan Huang, Zhi-Min She (2020). Experimental and theoretical studies on the seismic performance of CFST battened built-up column piers.DOI
  105. Jian-Ye Zheng, Shozo Nakamura, Yajing Ge, Kang-Ming Chen, Qingxiong Wu (2020). Extended Formulation of Stress Concentration Factors for CFST T-Joints. Journal of Bridge Engineering.DOI
  106. 王渠,吴庆雄,陈康明,陈宝春(2019). 拼宽空心板桥荷载横向分布计算方法. 《中国公路学报》.DOI
  107. 李占峰,吴庆雄,陈康明(2019). 基于WIM系统的重载车辆模型及其荷载效应分析. 《公路》.
  108. 袁辉辉,吴庆雄,陈宝春,蔡慧雄(2019). 平缀管式钢管混凝土格构柱拟动力试验研究. 《工程力学》.
  109. 吴庆雄,黄宛昆,王渠,陈康明,陈宝春(2019). 新型装配式倒T形空心板桥受力性能. 《交通运输工程学报》.DOI
  110. 黄汉辉,吴庆雄,陈康明,程浩德(2019). 可模数化安装的节点疲劳性能试验加载装置研究. 《福州大学学报(自然科学版)》.
  111. 吴庆雄(2019). 高等建筑结构试验. 《中国建筑工业出版社》.
  112. 韦建刚,陈家炜,谢志涛,吴庆雄,陈宝春,平建春(2019). 钢管混凝土哑铃形截面提篮型标准拱桥的构建与分析. 《福州大学学报(自然科学版)》.
  113. 王渠,吴庆雄,黄宛昆,陈康明(2019). 预应力碳纤维板加固空心板桥试验研究. 《南昌大学学报(工科版)》.DOI
  114. 杨益伦,陈荣刚,吴庆雄(2019). 桥梁预制快速施工的混凝土蒸汽养护制度研究. 《福建建筑》.
  115. Kang-Ming Chen, Han-Sung Huang, Qingxiong Wu, Shozo Nakamura, Bao-Chun Chen (2019). Experimental and finite element analysis research on the fatigue performance of CHS K-joints. Engineering structures.DOI
  116. Q. Wang, T. Okumatsu, Shozo Nakamura, T. Nishikawa, Qingxiong Wu, Kang-Ming Chen (2019). Fatigue Failure Analysis of Cracks near the Sole Plate of a Half-Through Steel-Arch Bridge. Journal of Bridge Engineering.DOI
  117. Jian-Gang Wei, Zhi-Tao Xie, Qingxiong Wu, Bao-Chun Chen, Jian-Chun Ping (2019). Experimental Study on the Spatial Mechanical Behavior of CFST X-Shaped Arches Subjected to Non-directional Loads. Structural Integrity.DOI
  118. 欧智菁,陈盛富,吴庆雄,袁辉辉(2018). 四肢变截面钢管混凝土格构柱恢复力模型计算方法. 《交通运输工程学报》.
  119. 欧智菁,陈盛富,吴庆雄,袁辉辉(2018). 变截面钢管混凝土格构柱抗震性能试验研究. 《建筑结构学报》.DOI
  120. 黄育凡,吴庆雄,袁辉辉,陈宝春(2018). 地震作用下钢管混凝土组合桁梁-格构墩轻型桥梁行车安全性分析. 《公路交通科技》.
  121. Jian-Ye Zheng, Shozo Nakamura, Yajing Ge, Kang-Ming Chen, Qingxiong Wu (2018). Formulation of stress concentration factors for concrete-filled steel tubular (CFST) T-joints under axial force in the brace. Engineering structures.DOI
  122. 吴庆雄,王文平,陈宝春(2017). 多索-梁结构固有振动特性分析. 《工程力学》.
  123. 吴庆雄,黄宛昆,陈宝春,陈康明,中村聖三(2017). 结合面底部设开孔钢板的铰接空心板力学性能. 《交通运输工程学报》.
  124. 黄汉辉,陈康明,吴庆雄,王渠(2017). 某中承式钢管混凝土桁式拱肋节点疲劳开裂分析. 《工程力学》.
  125. 韦建刚,平建春,陈礼榕,吴庆雄,陈宝春(2017). 考虑吊杆非保向力效应的钢管混凝土拱空间受力性能试验研究. 《建筑结构学报》.DOI
  126. Kang-Ming Chen, Qingxiong Wu, Han-Sung Huang, Bao-Chun Chen (2017). Parameter Analysis of the Mechanical Performance of Hinged Hollow-Slab Bridges with Gate-Type Steel Bars at the Bottom Part of the Junction Surface.DOI
  127. G. Peng, Shozo Nakamura, Xin-Qun Zhu, Qingxiong Wu, Hai-Liang Wang (2017). An experimental and numerical study on temperature gradient and thermal stress of CFST truss girders under solar radiation.DOI
  128. 陈康明,吴庆雄,陈宝春,张岗(2016). 拓宽长联桥梁部分拼接方法与拼接构造试验. 《中国公路学报》.
  129. 陈康明,吴庆雄,黄汉辉(2016). 斜拉桥桥塔节段力学性能. 《交通运输工程学报》.
  130. 董桔灿,陈宜言,BRISEGHELLA Bruno,吴庆雄,王梦雨(2016). 波形钢腹板-双管弦杆-混凝土板组合连续箱梁受弯性能. 《交通运输工程学报》.
  131. 陈康明,吴庆雄,黄宛昆,陈宝春(2016). 结合面底部带门式钢筋的铰接空心板桥受力性能参数分析. 《公路交通科技》.
  132. Ju-Can Dong, Qingxiong Wu, Kang-Min Chen, Run-Hao Xie, Bruno Briseghella(2016). 波形钢腹板(钢腹杆)-混凝土组合箱抗扭承载力试验与计算.DOI
  133. 袁辉辉,吴庆雄,陈宝春,蔡慧雄(2016). 平缀管式等截面钢管混凝土格构柱荷载-位移骨架曲线计算方法. 《工程力学》.
  134. 袁辉辉,吴庆雄,陈宝春,吕银花(2016). 平缀管式等截面钢管混凝土格构柱抗震性能试验与有限元分析. 《工程力学》.
  135. Kang-Ming Chen, Qingxiong Wu, Bao-Chun Chen, Gang Zhang(2016). 長Lian橋の部分的連結法と連結構造試験を拡大した。【JST・京大機械翻訳】.
  136. Kang-Ming Chen, Qingxiong Wu, Shozo Nakamura, Bao-Chun Chen (2016). Experimental and numerical study on compressive behavior of convex steel box section for arch rib.DOI
  137. Bao-Chun Chen, Bing-Hui Fan, Yin-Gen Yu, Qingxiong Wu, Ji-Zhuo Huang (2016). Robustness Design of Concrete-Filled Steel Tube Arch Bridges.
  138. Hui-Hui Yuan, Qingxiong Wu, Bao-Chun Chen, L. Yinhua(2016). コンクリート充填鋼管の耐震性能試験と有限要素解析を行った。【JST・京大機械翻訳】.
  139. Hui-Hui Yuan, Qingxiong Wu, Bao-Chun Chen, Hui-Xiong Cai(2016). 等価断面積を有するコンクリート充填鋼管柱の変位-変位曲線を計算するための方法を示した。【JST・京大機械翻訳】.
  140. Yan Yang, Jun-hao Zhou, Jian-Gang Wei, Lei Huang, Qingxiong Wu, Bao-Chun Chen (2016). Experimental study on the compression of concrete filled steel tubular latticed columns with variable cross section.DOI
  141. Hui-Hui Yuan, Yi-Han Tang, Qingxiong Wu, J. Dang(2016). 部分的に充填したコンクリート薄肉梁のための準静的試験を実施した。【JST・京大機械翻訳】.
  142. Hui-Hui Yuan, Qingxiong Wu, Bao-Chun Chen (2016). SHAKING TABLE TEST STUDY ON SEISMIC PERFORMANCE OF CONCRETE ARCH BRIDGE WITH STEEL WEB.
  143. Bao-Chun Chen, Bing-Hui Fan, Yin-Gen Yu, Qingxiong Wu, Ji-Zhuo Huang(2016). 鋼管コンクリートのアーチ橋設計のための設計【JST・京大機械翻訳】.
  144. Kang-Ming Chen, Qingxiong Wu, Han-Sung Huang(2016). 塔セグメントの機械的性質【JST・京大機械翻訳】.
  145. 王媛,叶智威,吴庆雄(2015). 钢管混凝土单圆管标准拱桥面外稳定性有限元分析方法研究. 《世界桥梁》.
  146. 吴庆雄,黄育凡,陈宝春(2015). 钢管混凝土组合桁梁-格构墩轻型桥梁非线性地震响应分析. 《工程力学》.
  147. 吴庆雄,陈悦驰,陈康明(2015). 结合面底部带门式钢筋的铰接空心板破坏模式分析. 《交通运输工程学报》.
  148. Qingxiong Wu (2015). Failure mode analysis of hinged voided slab with gate-type steel rebars at bottom of junction surface.
  149. 吴庆雄,罗秋芳,王文平,陈宝春(2014). 振动松弛对斜索参数振动的影响分析. 《工程力学》.
  150. 韦建刚,黄蕾,李佩元,吴庆雄(2014). 旧空心板简支梁桥的连续化改造加固研究. 《建筑科学与工程学报》.
  151. 黄福云,李建中,陈宝春,吴庆雄(2014). 钢管混凝土单圆管拱结构振动台阵试验研究. 《工程力学》.
  152. 陈悦驰,吴庆雄,陈宝春(2014). 装配式空心板桥铰缝破坏模式有限元分析. 《工程力学》.
  153. 吴庆雄,黄育凡,陈宝春(2014). 钢管混凝土组合桁梁-格构墩轻型桥梁振动台阵试验研究. 《工程力学》.
  154. 王渠,吴庆雄,陈宝春(2014). 装配式空心板桥铰缝破坏模式试验研究. 《工程力学》.
  155. Yufan Huang, B. Briseghella, T. Zordan, Qingxiong Wu, Bao-Chun Chen (2014). Seismic Analysis of a Concrete Filled Steel Tubular Truss Bridge.DOI
  156. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei, Kang-Ming Chen (2014). Hollow slab bridge structure with end floor beams and construction method thereof.
  157. Yufan Huang, B. Briseghella, T. Zordan, Qingxiong Wu, Bao-Chun Chen (2014). Shaking table tests for the evaluation of the seismic performance of an innovative lightweight bridge with CFST composite truss girder and lattice pier.DOI
  158. 吴庆雄,王文平,陈宝春(2013). 索梁结构非线性振动有限元分析. 《工程力学》.
  159. 黄宛昆,吴庆雄,陈宝春(2013). 单塔单索面斜拉桥荷载试验研究. 《公路交通科技(应用技术版)》.
  160. 吴庆雄,黄宛昆,陈宝春(2013). 中、下承式钢管混凝土拱桥车振调查与动力分析. 《工程力学》.
  161. Bao-Chun Chen, Rui-Jun Zheng, Qingxiong Wu (2013). Hinged seam structure with hole-formed steel plate.
  162. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei (2013). Hinge joint structure with extension steel bars.
  163. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei (2013). Structure for continuous modification of existing simply-supported T-shaped beam bridge and construction method thereof.
  164. Kang-Ming Chen, Shozo Nakamura, Bao-Chun Chen, Qingxiong Wu, T. Nishikawa (2013). Comparison Between Steel Arch Bridges in China and Japan.DOI
  165. Shang-Shun Lin, Bao-Chun Chen, Qingxiong Wu (2013). Discussion on Calculation Methods for Load Bearing Capacity of Concrete Arch Bridges. 2013 Fourth International Conference on Digital Manufacturing & Automation.DOI
  166. Bao-Chun Chen, Rui-Jun Zheng, Qingxiong Wu (2013). Hollow slab bridge structure with integration pavement layer.
  167. Jian-Gang Wei, Bao-Chun Chen, Qingxiong Wu (2013). Prestressed steel tube concrete combination trussed beam and construction method thereof.
  168. 吴庆雄,陈康明,陈宝春,中村聖三(2012). 凸形钢箱拱肋截面荷载试验和有限元分析. 《交通运输工程学报》.
  169. 吴庆雄,黄宛昆,陈宝春(2012). 中、下承式钢管混凝土拱桥面内振动模态分析. 《工程力学》.
  170. 黄卿维,陈宝春,吴庆雄,王征(2012). 混凝土拱桥拱上建筑轻型化研究. 《土木工程与管理学报》.
  171. Bao-Chun Chen, Ji-Zhuo Huang, Jian-Gang Wei, Qingxiong Wu (2012). Combined bridge deck structure of asphalt-free steel and reactive powder concrete (RPC).
  172. Qingxiong Wu (2012). Mechanical behavior of transverse beams of cable stayed bridge with separated double-box girder.
  173. Xiao-Qing Zhou, Yong Xia, Zelong Wei, Qingxiong Wu (2012). A videogrammetric technique for measuring the vibration displacement of stay cables. Geo-Spatial Information Science.DOI
  174. Qingxiong Wu (2012). Research on ultimate load-carrying capacity of composite arch ring of stone arch bridge reinforced by concrete arch-lifted method.
  175. Bao-Chun Chen, Jian-Gang Wei, Qingxiong Wu, Xin-Meng Yu (2012). Introduction to the Specifications of Concrete Filled Steel Tubular Arch Bridges (DBJ/T13-136-2011).DOI
  176. Kang-Ming Chen, Shozo Nakamura, T. Nishikawa, Qingxiong Wu (2012). Reliability estimation of an CFST arch bridge by static loading test according to Chinese code. IEEE International Conference on Renewable Energy Research and Applications.DOI
  177. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei, Ji-Zhuo Huang (2012). Novel assembly type steel concrete simple supported slab bridge hinge joint and construction method thereof.
  178. Qingxiong Wu, Bao-Chun Chen, Wan-Kun Huang (2012). Bending stiffness-considered numerical computation method for stay cable forces.
  179. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei, Ji-Zhuo Huang (2012). Steel pipe concrete continuous girder bridge with no need for welding support joints and construction method thereof.
  180. Qingxiong Wu, Bao-Chun Chen, Jian-Gang Wei, Ji-Zhuo Huang (2012). Concrete filled steel tube truss anti-debonding node, and construction method of concrete filled steel tube truss anti-debonding node.
  181. Qingxiong Wu (2012). Trial-design of a reactive powder concrete pedestrian bridge.
  182. Bao-Chun Chen, Jian-Gang Wei, Qingxiong Wu (2011). Internal stud node of steel pipe concrete truss structure and construction method thereof.
  183. Yong Xia, Qingxiong Wu, Youlin Xu, Y. Fujino, Xiao-Qing Zhou (2011). Verification of a Cable Element for Cable Parametric Vibration of One-Cable-Beam System Subject to Harmonic Excitation and Random Excitation.DOI
  184. Qingxiong Wu, Bao-Chun Chen, Wan-Kun Huang (2011). Single camera multi-measuring point dynamic displacement measuring apparatus.
  185. 吴庆雄,陈宝春(2010). 钢管混凝土拱桥桥面平整度评价. 《交通运输工程学报》.
  186. 吴庆雄,王文平,陈宝春(2010). 泉州晋江大桥动力性能分析. 《公路交通科技》.
  187. 吴庆雄,李浏,陈宝春(2010). 考虑弯曲刚度的拉索面内固有振动的理论计算公式. 《工程力学》.
  188. 韦建刚,陈宝春,吴庆雄(2010). 钢管混凝土压弯拱非线性临界荷载计算的等效梁柱法. 《工程力学》.
  189. 韦建刚,陈宝春,吴庆雄(2010). 钢管混凝土纯压拱失稳临界荷载计算的等效柱法. 《计算力学学报》.
  190. 韦建刚,陈宝春,吴庆雄(2010). 钢管混凝土拱桥拱肋接缝错台问题研究. 《公路交通科技》.
  191. Qingxiong Wu (2010). Seismic Response Analysis of Concrete Arch Bridge with Steel Truss Webs. Journal of Shenyang Jianzhu University.
  192. Bridge, Kazuo Takahashi, Qingxiong Wu, Shozo Nakamura (2010). Free vibrations and seismic responses of Shin Saikai Bridge and Saikai Bridge.
  193. Qingxiong Wu (2010). Research of Arch Rib Joint Deviation for Concrete Filled Steel Tubular Arch Bridge. Journal of Highway and Transportation Research and Development.
  194. Kang-Ming Chen, Qingxiong Wu, Bao-Chun Chen, Shozo Nakamura (2010). Mechanical Behaviors Analysis on a Arch Rib Segment of Yongjiang Bridge in the Eastern-Outer-Ring of Ningbo City.DOI
  195. Qingxiong Wu (2010). Equivalent column method to calculate critical load for concrete-filled steel tubular arch under pure compression. Jisuan lixue xuebao.
  196. Qingxiong Wu (2010). Analysis of arch axis deviation for concrete filled steel tubular arch bridge. Fuzhou daxue xuebao. Ziran kexue ban.
  197. 韦建刚,陈宝春,吴庆雄(2009). 压弯钢管拱极限承载力计算的等效梁柱法. 《计算力学学报》.
  198. 韦建刚,陈宝春,吴庆雄(2009). 纯压钢管拱稳定临界荷载计算的等效柱法. 《应用力学学报》.
  199. Qingxiong Wu (2009). Equivalent beam-column method to estimate critical load for steel tubular arch under compression and bending. Jisuan lixue xuebao.
  200. Jian-Gang Wei, Qingxiong Wu, Bao-Chun Chen, Ton-Lo Wang (2009). Equivalent Beam-Column Method to Estimate In-Plane Critical Loads of Parabolic Fixed Steel Arches.DOI
  201. Qingxiong Wu (2009). A deformed-status distinguish method for in-plane buckling of symmetrical press-bending arches. Fuzhou daxue xuebao. Ziran kexue ban.
  202. 吴庆雄,陈宝春,高桥和雄,奚灵智(2008). 新西海桥的振动特性及舒适性评价研究. 《公路交通科技》.
  203. 吴庆雄,陈宝春,韦建刚(2008). 钢管混凝土结构材料非线性的一种有限元分析方法. 《工程力学》.
  204. Qingxiong Wu (2008). A FINITE ELEMENT METHOD FOR ANALYZING MATERIAL NONLINEARITY OF CONCRETE-FILLED STEEL TUBULAR STRUCTURES.
  205. Qingxiong Wu, Bao-Chun Chen (2008). Vehicle-induced Vibration of Half-through and Through CFST Arch Bridges.DOI
  206. G. Peng, Bao-Chun Chen, Qingxiong Wu (2008). Stability and Dynamic Analysis of a CFST Arch Bridge with Basket Type.DOI
  207. Qingxiong Wu, Kazuo Takahashi, Baochun Chen (2008). Analysis of local vibrations in the stay cables of an existing cable-stayed bridge under wind gusts. STRUCTURAL ENGINEERING AND MECHANICS.DOI
  208. 孙潮,吴庆雄,陈宝春(2007). 钢管混凝土拱桥车振性能分析. 《公路交通科技》.
  209. 吴庆雄,陈宝春(2007). 塔桅结构的斜索面内固有振动计算的修正Irvine方程. 《工程力学》.
  210. 吴庆雄,陈宝春,韦建刚(2007). 三维杆系结构的几何非线性有限元分析. 《工程力学》.
  211. Qingxiong Wu, Kazuo Takahashi, Shozo Nakamura (2005). Formulae for frequencies and modes of in-plane vibrations of small-sag inclined cables.DOI
  212. O. Çetinkaya, Shozo Nakamura, Kazuo Takahashi, Qingxiong Wu (2004). Applicability of Equal Energy Assumption to the Out-of-Plane Response of Steel Arch Bridges.
  213. Qingxiong Wu, Kazuo Takahashi, Shozo Nakamura (2004). Non-linear response of cables subjected to periodic support excitation considering cable loosening.DOI
  214. 郑振飞,吴庆雄(1998). 斜、弯桥跨的横梁内力计算. 《中国土木工程学会桥梁及结构工程学会第十三届年会论文集(上册)》.

预印本

  1. Yufan Huang, Yan Li, Yanming Huang, Qingxiong Wu, Zhitao Lin (2026). Buffeting-Stay-Cable Rupture Coupled Dynamic Response of a Full-Floating Hybrid-Girder Cable-Stayed Bridge with Single-Column Twin Towers. SSRN Electronic Journal.DOI
  2. Lingjie Chen, Qingxiong Wu, Yufan Huang, Yinghao Li, Bowen Jiang (2026). Fatigue behavior and SCF prediction of corrugated steel web–CFST joints. SSRN Electronic Journal.DOI
  3. Linjie Fan, Qingxiong Wu, Chen Peng, Kangming Chen, Yingzhi Pan, Yifan Cao (2025). Calculation method of fundamental-frequency and impact coefficient in CFST composite girder bridge. SSRN Electronic Journal.DOI

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