DESIGN OF EARTHQUAKE-RESISTANT STRUCTURE DESIGN CIREBON YOUTH AND CULTURE CENTER BUILDING

• Main Author: Ary Saputra, Andika
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/68992
• Institution: Institut Teknologi Bandung

Indonesia is a country that is rich in culture which is spread across its in every archipelago. Unfortunately, the existing culture often fades along with the effects of globalization that enters Indonesia. The Cirebon Youth and Cultural Center Building is a building that functions as a cultural center which was built in Cirebon City, at the corner of Jalan Veteran and Jalan Siliwangi which was built to preserve Indonesian culture and introduce it to other countries. This building has four floors and one basement which is built on an area of 8000m2. In this building, there is also a steel frame bridge to connect the two sides on the third floor. This structure is designed to be able to carry earthquake loads that work according to SNI 1729:2019 regulations. The analysis procedure starts by determining the load, determining the seismic design category, structural analysis, and detailing the reinforcement of structural components. The bridge structure is designed using a warren truss type steel frame system. The steel truss used the H profile, I profile, and IWF profile. The bridge slab is designed using a composite slab of concrete and steel. The structure is classified in Seismic Design Category D in accordance with the spectral acceleration parameters and also the function of the building. The structural system used is a dual system that includes the Special Moment Resisting Frame System and a Special Structural Wall System. The structural design process is carried out using software in the form of CSi ETABS for structural modeling and analysis and SpColumn for reinforcement of column elements and shear walls.