Based on the as-built load test of a large bridge, this paper introduces the procedure of the prestressed concrete continuous rigid frame bridge load test. Numerical analysis of the bridge was carried out by simulating and establishing a finite element model, and comparative analysis was carried out with the measured values. The results show that the calculated values were basically consistent with the measured values, which showed that the establishment method of the model was reasonable, and the mechanical performance of the bridge met the service requirements of the designed live load.
Nan L, Bai G, Chen C, et al., 2022, Static Test Analysis of Chongqing Dongshuimen Yangtze River Bridge. Highway Traffic Technology, 38(05): 86–93.
Yi B, Li G, Xie G, et al., 2018, Load Test Research on Cuntan Yangtze River Bridge. Highway Traffic Technology, 34(04): 68–75.
Yi B, Hu J, 2015, Load Test and Bearing Capacity Evaluation of Single-Cable Plane Steel Truss Girder Cable-Stayed Bridge for Highway and Rail. Highway and Auto Transport, 2015(1): 184–189.
Huang J, Liu D, 2022, Analysis of the Influence of Calibration Coefficients of Long-span Continuous Rigid Frame Bridges. Henan Science and Technology, 41(08): 65–68.
Du T, Wang F, 2021, Load Test of a Long-Span Continuous Rigid Frame Bridge. Journal of Hubei Institute of Technology, 37(04): 36–41.
Huang G, 2020, Detection and Analysis of Some Key Parameters in the Identification of Continuous Rigid Frame Bridge Bearing Capacity. Highway Traffic Technology, 36(04): 83–89.
Chang’an University, 2015, Regulations for Load Test of Highway Bridges, JTG/T J21-01-2015, viewed December 20, 2022.
China Communications Highway Planning and Design Institute Co., Ltd., 2015, General Specifications for Design of Highway Bridges and Culverts, JTG D60-2015, viewed December 20, 2022.
Highway Research Institute of the Ministry of Transport 2011, Regulations for Testing and Evaluation of Highway Bridge Bearing Capacity, JTG/T J21-2011, viewed December 20, 2022.