Studi Penggunaan Balok Lintel Pada Bangunan Gedung Infilled Frame 2 Lantai Menggunakan SAP2000

Peter Tukan, Partogi H. Simatupang, Elia Hunggurami
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Abstract

The two stories building construction or which is commonly called the two stories building these days is very popular in Indonesia. The type of multistories building technology that develop in the world of construction is very diverse, this development is can not be separated from the anticipation of the various of loading conditions. Based on that facts, the research of the use of lintel beams in 2 stories infilled frame buildings is conducted. The analysis can be done by using SAP2000 software. The structure model analyzed by comparing the structure responses between the building that use the lintel beams system and the other one is the building that don’t use that system, where as the idealized loading is same. The result of the analysis obtained by using the lintel beams system the value of maximum x and y axis base shear respectively are 344,088 KN and 363,001 KN, the maximum column moment is occurred in column 84 with the value is 99,58 kNm, and the maximum x axis lateral drift is occurred in joint 128 with the value is 0.000401 m, while the y axis is occurred in joint 105, 128 with the value is 0,000533 m. The analysis result that obtained for the building that don’t use the lintel beam system, the x and y axis maximum base shear value respectively is 336,425 KN and 354,539 KN, the maximum column moment occurs in column 84 is 98,98 kNm, and the x axis maximum drift lateral occurs in joint 128 with value is 0,000406, while the y axis maximum lateral drift occurs in joint 105, 128 with value is 0,000532. So we obtained the percentage comparison on base shear value between 2 stories infilled frame building that use lintel beams system and the building that doesn’t use the lintel beams system for x axis is 1,45% and y axis is 1,13% , and for the percentage comparison on maximum column moment value is 0,30% , while the percentage comparison on drift lateral value for x axis is 0,62% and y axis is 0,09%
使用SAP2000室内设计的2层框架内的Lintel梁研究
两层楼的建筑结构或者现在通常被称为两层楼的建筑在印尼很流行。多层建筑技术在世界建筑界发展的类型是非常多样化的,这种发展离不开对各种荷载条件的预期。在此基础上,对楣梁在2层填充框架建筑中的应用进行了研究。利用SAP2000软件进行分析。在理想荷载相同的情况下,通过对比采用门梁体系的建筑与未采用门梁体系的建筑的结构响应来分析结构模型。采用门梁系统进行分析,得到的结果是x轴和y轴最大基底剪力分别为344,088 KN和363,001 KN, 84柱最大柱矩为99,58 kNm, 128节点最大x轴横向位移为0.000401 m, 105、128节点最大y轴横向位移为0,000533 m。对不采用门梁体系的建筑进行分析,得到x、y轴最大基底剪力值分别为336,425 KN和354,539 KN,柱矩最大值在84柱为98,98 kNm,节点128 x轴最大横向位移值为0,000406,节点105、128 y轴最大横向位移值为0,000532。由此得出采用门梁体系与不采用门梁体系的2层框架建筑x轴与y轴的基础剪力值对比百分比为1.45%,y轴为1.13%,最大柱弯矩值对比百分比为0.30%,横向位移值对比百分比为0.62%,y轴为0.09%
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