单层球面网壳地震荷载下破坏模式的细胞自动机预测

Single-layer Spherical Shells under Seismic Load Network Failure Mode of the Cellular Automata Prediction

本文首先应用ANSYS有限元分析软件,对网壳模型进行了时程响应分析,确定了网壳的破坏模式。而后,提出了针对单层球面网壳的状态函数,建立了细胞自动机数字化模式,提出了网壳节点区域的匹配准则,以一个网壳模型的破坏模式为基础,预测其它网壳的破坏模式,并与ANSYS计算结果进行比较,结果表明细胞自动机技术在预测网壳破坏模式上的可行性。

In this paper, the application of finite element analysis software ANSYS, the shell model of the network response time analysis of network failure mode of the shell. Secondly, single-layer reticulated shell for a state function, the establishment of digital cellular automata model, the network node shell region matching criteria to a net destruction of shell model based on the model of other network prediction of failure mode of the shell and ANSYS calculated results prove that cellular automata network technology in the prediction model of shell damage viability.