DESIGN OF EARTHQUAKE RESISTANT STRUCTURE FOR PERMAINAN TRADISIONAL INDONESIA MUSEUM IN CENTRAL JAKARTA

The Permainan Tradisional Indonesia Museum project is designed to accommodate the needs in the field of game art, especially Indonesian traditional games. This Permainan Tradisional Indonesia Museum is designed to have several functions, such as exhibition venues, informal education, recreation and...

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Bibliographic Details
Main Author: Ekaristi Sitorus, Christella
Format: Final Project
Language:Indonesia
Subjects:
Online Access:https://digilib.itb.ac.id/gdl/view/40181
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Institution: Institut Teknologi Bandung
Language: Indonesia
Description
Summary:The Permainan Tradisional Indonesia Museum project is designed to accommodate the needs in the field of game art, especially Indonesian traditional games. This Permainan Tradisional Indonesia Museum is designed to have several functions, such as exhibition venues, informal education, recreation and entertainment activities. In addition, this museum is also expected to become a new attraction for the people of Indonesia who are now starting to forget the history of Indonesia, especially its traditional games. The location of the building which is in Gambir, Central Jakarta is classified as a densely populated government area. The constructed museum must be able to accept all the loads incuding the earthquake load because Jakarta is an area prone to earthquake. The final project discusses the upper structure design of Permainan Tradisional Indonesia Museum which has 3 floors dan space frame roof with total 19,6 m height. The museum is designed to be buldings with the category of Seismic Design Category D and use the Special Moment Resisting Frame System. In designing this museum, writer used the earthquake resistant building analysis in SNI 1726:2012. Based on the SNI 1726:2012, the designated building has fulfilled the inter-floor deviation limit, the P-Delta requirement, and has no irregularities. The modelling structure and optimization of the size of structural elements are done by using SAP2000 software. Detailing of this structural element is done by manual calculation and with the help of software such as SAP2000 and PCA Column.