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Fatigue Analysis of Weld Seam of Steel Box Girder of Jiangyin Bridge Based on Health Monitoring System and BS5400 Code

机译：基于健康监测系统和BS5400代码的江阴大桥钢箱梁焊缝疲劳分析

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Sun Hongbin;
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3. Surface fatigue crack identification in steel box girder of bridges by a deep fusion convolutional neural network based on consumer-grade camera images [J] . Xu Yang, Bao Yuequan, Chen Jiahui, Structural health monitoring . 2019,第3期

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4. Continuous Box-Girder Bridge Condition Assessment Based on Structural Health Monitoring System: A Case Study [C] . Chuang Chen, Yinhui Wang, Mosbeh R. Kaloop, International Conference on Intelligent Transportation, Big Data and Smart City . 2020

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5. Analysis of distortion-induced fatigue cracking of a trapezoidal steel box girder bridge including retrofit investigation. [D] . Quigley, James R. 2009

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6. Temperature Field Boundary Conditions and Lateral Temperature Gradient Effect on a PC Box-Girder Bridge Based on Real-Time Solar Radiation and Spatial Temperature Monitoring [O] . Xiao Lei, Xutao Fan, Hanwan Jiang, 2020

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8. Fatigue of Curved Steel Bridge Elements: Design Recommendations for Fatigue of Curved Plate Girder and Box Girder Bridges [R] . Daniels, J. H. , Fisher, J. W. , Yen, B. T. 1980

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Fatigue Analysis of Weld Seam of Steel Box Girder of Jiangyin Bridge Based on Health Monitoring System and BS5400 Code

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