JWAJournal of World Architecture2208-34802208-3499Bio-Byword Scientific Publishing Pty. Ltd.10.26689/jwa.v8i2.6942ArticleSeismic Design Strategy of High Pier Bridgehttps://artdesignp.com/journal/JWA/8/2/10.26689/jwa.v8i2.6942HeJianmin2024822024-05-21China’s infrastructure construction has been continuously improving in recent years, especially its highway construction, which spans from north to south and connects east to west. Some special areas are also interconnected through bridges, but constructing highway bridges through complex terrains or across valleys and mountain gullies presents significant challenges, requiring an increase in the height of bridge piers. These bridge piers generally reach tens or even hundreds of meters in height. Furthermore, the construction of these high-pier bridges is becoming increasingly widespread. Not only do they pose greater construction challenges, but they also have higher requirements for seismic resistance. This article primarily analyzes the characteristics of high-pier bridges and proposes seismic design schemes, calculation methods, and design strategies to enhance the construction quality of high-pier bridges.

Wen T, 2022, Research on Seismic Design of Bridge High Pier. Engineering Technology Research, 7(15): 182–184.

Huang D, Feng J, 2023, Seismic Design Method for High Pier Bridges. Transportation World, 2023(35): 128–130.

He Y, 2021, Seismic Design of High Pier Bridges. Heilongjiang Transportation Science and Technology, 44(7): 135 + 137.

Peng K, 2020, Design of High Pier Bridge Based on Seismic Performance. Science and Technology Innovation and Application, 2020(18): 38–39.

Chen P, He J, 2023, Seismic Design Strategy of High Pier Bridge Based on Tension Cable Damping Bearing. Urban Road and Bridge and Flood Prevention, 2023(4): 111–114.

Li Y, Kang Y, Liu K, et al., 2023, Design Study on Longitudinal Seismic System of Yellow River Special Bridge of Xiongshang High-speed Railway. Railway Construction, 63(9): 59–64.

Zhao H, 2022, Study on Elastic-Plastic Seismic Response of Railroad High-Pier Bridges Based on OpenSees. Railway Construction Technology, 2022(3):32-37.

Kong L, Chen Y, Ning X, Seismic Isolation Design and Research on Hong Kong-Zhuhai-Macao Non-Navigable Bore Bridges. Technology and Innovation, 2022(7): 13–15.

Deng Z, 2023, Research on Seismic Response Analysis and Seismic Measures of Cable-Stayed Bridges with Ultra-High Piers. Engineering Construction and Design, 2023(17): 96–99.

Feng Q, 2023, Optimization and Structural Analysis of High Pier and Large Span Continuous Rigid Bridge Piers. Transportation World, 2023(4): 198–200.