Liao, L., 2019. Design of optimal model for drainage capacity of marine peripheral building drainage system. In: Hoang, A.T. and Aqeel Ashraf, M. (eds.), Research, Monitoring, and Engineering of Coastal, Port, and Marine Systems. Journal of Coastal Research, Special Issue No. 97, pp. 248–253.

In order to improve the drainage ability of the water drainage system of the perimeter of the sea, an optimization model of the drainage capacity of the water drainage system of the marine surroundings based on the dynamic monitoring of the drainage capacity and the evaluation of the hysteretic behavior of the finite element is proposed. The dynamic load monitoring model of the marine peripheral building drainage system is constructed, a large amount of the strain mechanical monitoring data of the marine peripheral building drainage system is accumulated, the strain sensing mechanical characteristic reconstruction of the marine peripheral building drainage system is carried out based on the structural finite element model analysis method, and the statistic characteristic quantity of the drainage capacity optimization of the drainage structure is extracted. in that method, a column-hole expansion stress balance analysis method is adopted to analyze the distribution law of the strain field distribution in the water drainage of the marine peripheral building, the tensile strength of each unit of the drainage pipeline is obtained by adopting a column-hole expansion stress balance analysis method, and the concentrated force and the distributed force model of the water drainage system of the marine peripheral building are obtained, and the design of the drainage capacity optimization model of the water drainage system of the marine peripheral building drainage system is realized. The simulation results show that the method can effectively improve the drainage capacity of the water drainage system of the perimeter of the ocean, optimize the design and deployment of the drainage node, and improve the drainage capacity of the building on the periphery of the ocean.