Design of Seismic Structure Optimization System for High-rise Building Nased on Bayesian Network Algorithm

Abstract

With the development of economy, there are more and more super tall buildings in China, among which the super tall buildings distributed in high intensity areas also increase, so the seismic design of super tall buildings becomes particularly important. The development process of all countries is accompanied by increasing urbanization rate, continuous migration of population to the first and second tier cities and agglomeration to the metropolitan circle. A high degree of urbanization inevitably leads to the development of buildings in cities towards the direction of super high-rise and high plot ratio. The emergence of over-limit high-rise buildings and various complex buildings has brought continuous challenges to building structural engineers. More scientific and feasible seismic theory is needed to guide the seismic design of building structures. In this paper, the seismic optimization design of high-rise building structure is carried out based on Bayesian network algorithm, and the possibility of adopting shock absorption-isolation hybrid seismic technology in practical engineering is discussed through system simulation experiment.