Research on The Pressure Distribution and Technical Improvement of The Hong Kong-Zhuhai-Macao Bridge Undersea Tunnel

Abstract

This paper presents a detailed study on the pressure distribution and technical enhancements of the Hong Kong-Zhuhai-Macao Bridge (HZMB) undersea tunnel, a critical component of the infrastructure that connects three major cities and fosters regional integration. The research involves a thorough analysis of the pressures exerted by the surrounding water, soil, and backfill materials on the tunnel structure. Through comparisons with the Channel Tunnel, the study underscores the significance of employing high-performance materials to ensure the tunnel's resilience against the substantial pressures of the marine environment. The findings emphasize the need for ongoing monitoring and assessment of pressure distribution to maintain the long-term stability of the HZMB. The research also suggests that future studies should focus on the long-term performance of materials, the impact of environmental changes such as sea-level rise, and the development of advanced construction techniques. This study is crucial for the HZMB's ongoing maintenance, future expansions, and serves as a valuable reference for the design and construction of similar subsea tunnels globally.