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Dynamic Analysis and the Soil Impact on the Piled Raft Foundation of a Tall Office Building (II)

机译:高层办公大楼桩筏基础的动力分析及土壤影响(II)

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This study, presented in two parts, aims to analysethe influence of soil type during earthquake upon piled raft foundations (piles with large diameter -columns) of a high civil building. The analysis is performed on two types of earths indigenous to the area of Ia.i city, Romania.The design takes into consideration a foundation system with friction piles (with lateral friction) placed on a homogeneous soil. The research consists of an infrastructure modelling, highlighting the translation modes and foundation system displacement.The entire structural system is made of reinforced concrete devised at superstructure with frames (columns, beams, plates) and structural walls. The foundation mediums taken into consideration are earths sensitive to moisture and earths with swellings and large contractions. The purpose of this research is to obtain a system that supports loads from the normal service of the building and from seismic forces without any major settlements of any kind. This should be possible by adaptation to the environment of foundation soil and by providing safety against quakes
机译:这项研究分为两个部分,旨在分析地震期间土壤类型对高层民用建筑的桩筏基础(大直径桩-柱)的影响。这项分析是针对罗马尼亚Ia.i市地区的两种土质进行的。设计中考虑了在均质土壤上放置摩擦桩(横向摩擦)的地基系统。这项研究包括基础设施建模,突出了平移模式和基础系统位移。整个结构系统由钢筋混凝土制成,钢筋混凝土设计在具有框架(柱,梁,板)和结构墙的上层建筑中。被考虑的基础介质是对湿气敏感的土壤以及具有膨胀和大收缩的土壤。这项研究的目的是要获得一种能够支撑建筑物正常服务和地震作用力而没有任何主要沉降的系统。通过适应基础土壤的环境并提供抗地震的安全性,这应该是可能的

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