JARDJournal of Architectural Research and Development2208-35292208-3537Bio-Byword Scientific Publishing Pty. Ltd.10.26689/jard.v7i2.4751ArticleDesign Technology of Continuous Beam-Arch Combination Bridgeshttps://artdesignp.com/journal/JARD/7/2/10.26689/jard.v7i2.4751YangMaozhao2023722023-03-28In this paper, a research was conducted on the design technology of continuous beam-arch composite bridges. A brief introduction is given on the of continuous beam-arch composite bridges, its basic mechanical characteristics is analyzed, and three aspects of design technology is studied, which are rise-span ratio, stiffness ratio, and bridge deck cracking. This article acts as a reference for relevant design units in China to improve the design of continuous beam-arch combination bridges.

Gong X, 2022, Research on Construction Monitoring of Downward Continuous Girder-Arch Composite Bridge, dissertation, North University of China.

Liu Z, Lu Z, 2022, Design of Guangyuan Jialing River Bridge on Lanzhou-Chongqing Railway. Low Carbon World, 12(2): 148–150.

Fan Z, Che Z, 2021, The National Railway Administration Issued the Industry Standard “Code for the Design of Concrete Steel Tube Structures for Railway Bridges”. Railway Technical Standards (Chinese and English), 3(1): 116–118.

Kuang H, 2021, Research on the Application of BIM Technology in the Design of Short-Tower Cable-Stayed Bridges, dissertation, Lanzhou Jiaotong University.

Li C, 2019, Design of Bridges with Special-Shaped Continuous Beam-Arch Composite System. Engineering Construction and Design, 2019(15): 128–130.

Li G, Wang L, Wang J, et al., 2020, Experimental Research on Mechanical Performance of Continuous Beam-arch Composite Steel Bridges. Low Temperature Building Technology, 42(11): 58–61.

Qiao C, 2020, Key Technology of Alignment Control of Curved Continuous Beam-Arch Bridge Structure. Railway Construction Technology, 2020(11): 118–122.

Liu Z, 2020, Research on Key Technologies for the Construction of Rigid Frame Arch Steel Box Continuous Girder Composite Bridge -- Taking Guidan Road Project as an Example, dissertation, South China University of Technology.

Zhang J, Yan A, Guo Y, 2020, Research on Structural Design of Asymmetric Overhead Arch Bridge with a Main Span of 292m. Railway Standard Design, 64(1): 142–146.

Yuan Y, 2020, Research on Visual Construction Control and Maintenance Management of Continuous Beam-Arch Composite Steel Bridge Based on BIM, dissertation, Southeast University.

Chen J, 2022, Continuous Beam-Arch of High-Speed Railway Across the Water Service Area of Beijing-Hangzhou Grand Canal Design. Urban Road Bridge and Flood Control, 2022(05): 85–87.