With the advancing development of structural performance and construction techniques, continuous concrete box girder bridges have been widely used due to their advantages including their broad applications, good appearance, and reliable structural safety. However, as the bridge span and its construction demands are increasing, the bridge construction process tends to be more complex. Especially, the construction methods and bridge installation sequences of cantilever bridges not only exert structural internal force on the bridge construction process but also affect the internal force and line shape of the bridge structure of finally constructed bridges. Hence, it is essential to realize bridge construction control. Only in the presence of the excellent construction control performance, can the structural safety in the bridge construction process can be ensured while meeting the designed requirements of bridge line shapes and internal forces of constructed bridges. In this research, by taking the Weihe grand bridge located at Shandong Province, China as construction background, the specific targets and methods of bridge construction control were introduced for the reference of bridge construction and research.

Liu Dehua, Dong Xu, Gao Kaiyue, Han Qingao, Liu Siying. Research of construction monitoring technology of large-span variable cross-section prestressed concrete continuous box-girder bridge. Academic Journal of Architecture and Geotechnical Engineering (2022) Vol. 4, Issue 3: 31-36. https://doi.org/10.25236/AJAGE.2022.040305.

[1] Xiao Gang. Research on Key Technologies of Continuous Box Girder Bridge Cradle Construction Monitoring [J]. China Standardization, (2018) (04), 98-100

[2] Zhu Hongjun. Research on Finite Element Modeling and Construction Monitoring of Prestressed Variable Section Continuous Box Girder Bridge [J]. Heilongjiang Transportation Science and Technology, (2018) 41(02), 119-120. 

[3] Lai Canglin. Monitoring of cantilever casting construction of long-span prestressed concrete continuous box girder bridge [J]. Fujian Construction Science and Technology, (2018) (01), 53-55+86

[4] Wu Wenhui. Research on construction technology and construction monitoring of cantilever hanging basket pouring of a continuous box girder bridge [J]. Heilongjiang Transportation Science and Technology, (2017) 40(02), 91-92+94.

[5] Jia Zhongtao, Wang Lifeng, Zhang Yan. Construction Monitoring Scheme for Prestressed Concrete Continuous Box Girder Bridge [J]. Heilongjiang Transportation Science and Technology, (2012) 35(12), 80-81.

[6] Deng Liang, Yang Meiliang, Tan Hailiang. Research on Construction Monitoring Technology of Changlian Multi span Continuous Box Girder Bridge [J]. Highway Engineering, (2012) 37(05), 165-167+175

[7] Hu Qizhi, Zhuang Xinshan, Li Lingyu. Construction Monitoring of Prestressed Concrete Continuous Box Girder Bridge [J]. Northern Communications, (2010) (11), 37-40.

[8] Zuo Dengfa. Research on Construction Monitoring Technology of Concrete Continuous Box Girder Bridge [J]. Engineering and Construction, (2009) 23(02), 243-245