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Auto-Mesh Generation Technique of Near Field Zone for Soil-Structure Interaction Analysis Using Coupled FE-IE Methodology

机译:耦合Fe-IE方法的土结构相互作用分析近场区自动网格生成技术

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This paper presents an auto-mesh generation technique using KIESSI (KAIST Infinite Elements for Soil-Structure Interaction) of near field zone for soil-structure interaction analysis (SSI). The working principle of KIESSI is based on coupled three dimensional finite element-infinite element methodology. Also, KIESSI is based on finite element method (FEM) for structure and near-field soil medium and infinite element method for layered half-space far-field. This study utilizes the auto mesh generation technique of near field zone on KIESSI package. The verification example for the effectiveness of automatically meshing technique may be shown through a compliance analysis of layered surface footing. For application example, seismic response analysis at a typical nuclear power plant is carried out in consideration of SSL The obtained floor response spectrum results in good agreement as compared with the measured response data and the results from SSI analysis package such as SASSI (A System for Analysis of Soil-Structure Interaction).
机译:本文介绍了使用近场区近场区的Kiessi(Kaist无限元素的自动网格生成技术,用于土壤结构相互作用分析(SSI)。 Kiessi的工作原理基于耦合的三维有限元 - 无限元素方法。此外,Kiessi基于用于结构和近场土壤介质的有限元法(FEM)和分层半空间远场的无限元素方法。本研究利用Kiessi包上近场区的自动网格生成技术。可以通过分层表面脚踏的顺应性分析来示出自动网格化技术的有效性的验证示例。对于应用示例,考虑到SSL的典型核电厂的地震响应分析,与测量的响应数据和SSI分析包(如SASSI)的结果相比,所获得的地板响应谱实现良好的一致性良好(一个土壤结构相互作用分析)。

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