Comparative Study on the Quantity Economic Analysis of Apartment Frames Using SDS Result of Dynamic Centrifuge Test at Pile Foundation

Sang-Yeon Kim, Jongbae Park, Yong-Boo Park
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Abstract

ABSTRACT Site coefficient and amplification factor of current domestic Seismic Design Code based on American Seismic Code, have no consideration for the domestic ground condition in which the base rock is normally placed within 30m form the surface. By previous studies, the measured spectral acceleration of the result of dynamic centrifugal test and analysis was smaller than the design spectral acceleration for the period over 1.5 sec. Accordingly, in this study structural analysis and design using dynamic centrifugal test result for pile foundation were achieved, and the quantity of concrete and reinforcement of wall frame was compared with each other. Comparison results of cost using KBC the design spectral acceleration of SC, SD site and SDS, the quantity of reinforcement using SDS for SD site was 17~23% smaller than using the design code SD site. Key words : Pile Foundation, Dynamic Test, Site Coefficient, Design Spectral Acceleration, Cost Compare 1) 한국토지주택공사 토지주택연구원 수석연구원(주저자: sy-kim@lh.or.kr)2) 한국토지주택공사 토지주택연구원 수석연구원(교신저자: jbpark@lh.or.kr)3) 한국토지주택공사 토지주택연구원 수석연구원
基于SDS的公寓框架桩基动力离心试验数量经济分析对比研究
摘要现行的基于美国抗震规范的国内抗震设计规范中,场地系数和放大系数没有考虑到国内基岩通常位于距地表30m以内的地面条件。根据以往的研究,在1.5秒以上的时间内,动力离心试验分析结果的实测谱加速度小于设计谱加速度。因此,本研究实现了利用动力离心试验结果对桩基进行结构分析设计,并对墙体框架的混凝土用量和配筋量进行了对比。采用KBC法对SC、SD位点和SDS的设计谱加速度进行成本比较,SDS对SD位点的配筋量比采用设计规范SD位点的配筋量少17~23%。关键词:桩基础,动态测试,网站系数,设计谱加速度,成本比较1)한국토지주택공사토지주택연구원수석연구원(주저자:sy-kim@lh.or.kr) 2)한국토지주택공사토지주택연구원수석연구원(교신저자:jbpark@lh.or.kr) 3)한국토지주택공사토지주택연구원수석연구원
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