ANALISIS PERENCANAAN STRUKTUR GEDUNG 8 LANTAI DENGAN VARIASI BRACING MENGGUNAKAN APLIKASI PROGRAM ETABS

Yokta Hari Akbar, Vike Itteridi
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Abstract

In planning the construction of buildings located in earthquake-prone areas, especially in the city of natural fences, which are included in earthquake zone 5, namely areas with high levels of earthquake, so that the structural analysis can be planned with the special moment-bearing frame system method (SRPMK) and provides bracing on the portal so that the building structure becomes more rigid. Concentric bracing has a variety of forms including types Z, X, V and Ʌ. This study aimed to plan the safe upper structural eliments from the burdens that occur by adding bracing variations and in accordance with the standards set by the Indonesian National Standards. The object of the study was to compare 2 types of symmetrical structures, namely type 1 in the form of a portal with bracing X and type 2 in the form of a portal with bracing V combined with forms of concentric bracing. Analysis of building planning used ETABS assistance programs. From the result of the analysis of the displacment ETABS program on the three building strucktures it was tend to be almost the same in the X direction which was alapproximately 5-60 mm, while for the y direction the displacement difference was very noticeable due to the addition of type 1 portal bracing stiffener X was 2,4 – 25,4 mm, for type 2 portal bracing V was 2,93 – 29,3 mm, and for ordinary portals was 4,86 – 53,57 mm.
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使用应用程序的8层楼结构规划分析
在规划位于地震易发地区的建筑时,特别是在有天然围栏的城市,这包括在地震5区,即高地震级别的地区,因此结构分析可以用特殊的弯矩框架系统方法(SRPMK)进行规划,并在门户上提供支撑,使建筑结构变得更加刚性。同心支撑有Z型、X型、V型、Ʌ型等多种形式。这项研究的目的是根据印度尼西亚国家标准制定的标准,通过增加支撑变化来规划安全的上层结构元素,以减轻负担。本研究的目的是比较两种对称结构,即1型门洞+支撑X和2型门洞+支撑V +同心支撑形式的对称结构。利用ETABS辅助程序分析建筑规划。从结果分析的位移ETABS程序的三个建筑strucktures往往是几乎相同在X方向上是alapproximately 5-60 mm,在y方向上的位移差异很明显由于增加1型门户支撑加劲肋X = 2, 4 - 25日,4毫米,2型门户支撑V是2,93 - 29日3毫米,和普通门户是4,86 - 53年,57毫米。
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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