The cast-in-place wave wall of the west artificial island of the Shenzhen-Zhongshan Link adopts a ladder-like structure with complex section forms.The structural foundation is replaced with filling foundation and there are differences along the cross section direction.Based on the considerations such as controlling differential settlement of the wave walls,improving construction quality of wave walls,and enhancing architectural landscape effects,an optimization research was carried out on the structural design and construction technology of cast-in-place wave walls.The practice has proved that the optimized structural design is scientific and reliable,and the construction process is safe and efficient.The structure of the wave wall after implementation has no obvious difference settlement,the structure line is smooth,and the landscape effect is good,which verifies the scientific and feasibility of this optimization scheme,and can provide relevant reference for similar projects.
wave walldesign optimizationShenzhen-Zhongshan Linkartificial island
NETL
NSTL
万方数据
