Perencanaan Ulang Struktur Portal Utama Gedung PT. Ferron Par Pharmaceuticals Cikarang Integrasi BIM (Building Information Modelling)

Nabila Alsa Fernanda, Rendi Dwi Pratama, Asri Nurdiana, Bambang Setiabudi
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Abstract

In development construction projects, the digitalization of excellent and mature construction planning is needed to obtain efficient and effective construction results and through the implementation of BIM integrated Structural Planning and Analysis(Building Information Modelling) expected in building planning PT. Ferron Pharmaceuticals Cikarang can minimize the occurrence of errors. The purpose of this final project is to re-design the building of PT. Ferron Pharmaceuticals Cikarang by integrating conventional planning methods into a based planning method BIM (Building Information Modelling) for efficiency structure and project visualitation on the project. The process used is quantitative descriptive by conducting a literature study to understand the basics of planning a high-rise building structure, then proceeding with integration based on SAP2000. The result of this paper is an earthquake-resistant structural design with the Sway Frame with modelling 3D that can be applied to tall buildings with high levels of security, reliability and earthquake resistance. The Finding of this re-design is the high efficiency of this structure in reducing earthquake resistance and can be used as a reference for planning earthquake resisitant buildings in the future.
重新规划 PT Ferron Par Pharmaceuticals Cikarang 大楼的主门户结构,整合 BIM(建筑信息模型)
在开发建设项目中,需要对优秀成熟的施工规划进行数字化处理,以获得高效有效的施工效果,通过BIM集成的结构规划与分析(Building Information modeling, Building planning and Analysis)在建筑规划PT中的应用,Ferron Pharmaceuticals Cikarang可以最大限度减少错误的发生。这个期末项目的目的是通过将传统的规划方法整合到基于BIM(建筑信息模型)的规划方法中,重新设计PT. Ferron Pharmaceuticals Cikarang的建筑,以提高项目的效率结构和项目可视化。所使用的过程是通过进行文献研究来定量描述,以了解规划高层建筑结构的基础知识,然后进行基于SAP2000的集成。本文的结果是一个具有三维建模的摇摆框架的抗震结构设计,可以应用于具有高安全性,可靠性和抗震水平的高层建筑。本次重新设计的发现是这种结构在降低抗震性能方面的效率很高,可以作为今后抗震建筑规划的参考。
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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