Evaluasi Perhitungan Struktur Proyek Kaliban School 5 Lantai dengan Etabs

Rion Rifaldo, Petrus Haryanto Wibowo
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引用次数: 1

Abstract

Structural planning that is not in accordance with regulations and theories can result in construction failure. As for one of the factors that influence planning errors is to take into account the burden on the building. The aim of this study is to evaluate the level of structural strength at Kaliban School and also to design solutions for structural strengthening. This study has 5 stages namely, structural design modeling, loading analysis, structural analysis, design, and design control. Structural analysis used ETABS application assistance and manual calculations in accordance with PPIUG, 1983; SNI 1727, 2013; SNI 2847, 2013. The results of ETABS analysis show that the structure of the Kaliban School plan is not resilient so it needs to be re-planned with ETABS method. For existing structures, it is necessary to strengthen the structure because the condition of the building is in the construction phase. The redesigning is done by changing the dimensions of the structural components, calculating the number of reinforcement and add joist to reducing the span of the floor plate. Structural reinforcement was done by adding joists (WF steel profiles 400 x 200 x 8 x 13 BJ 37) to reduce the floor plate span and calculate of BJ 37 steel plate requirements for structural components based on the necessary load from the ETABS analysis results.
与埃塔布5层楼的Kaliban学校结构评估
不按照规定和理论进行结构规划会导致施工失败。影响规划误差的因素之一是要考虑到建筑物的负担。本研究的目的是评估Kaliban学校的结构强度水平,并设计结构加强的解决方案。本研究分为结构设计建模、荷载分析、结构分析、设计、设计控制5个阶段。结构分析使用ETABS应用程序辅助和人工计算按照PPIUG, 1983;Sni 1727, 2013;Sni 2847, 2013。ETABS分析结果表明,卡利班学校计划的结构不具有弹性,因此需要使用ETABS方法对其进行重新规划。对于现有结构,由于建筑处于施工阶段,有必要对结构进行加固。重新设计是通过改变结构部件的尺寸,计算钢筋的数量和增加托梁来减少楼板的跨度来完成的。通过添加托梁(WF钢剖面400 x 200 x 8 x 13 bj37)来进行结构加固,以减小楼板跨度,并根据ETABS分析结果的必要载荷计算bj37钢板对结构部件的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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