PERANCANGAN STRUKTUR ATAS DAN BASEMENT HOTEL BISNIS BINTANG 4 DI SLIPI, JAKARTA
Currently, the development of business hotels in Indonesia is growing rapidly in line with the increasing business development, especially in the Jakarta area, which is known as the center of the business city in Indonesia. With so many companies developing in the area, business hotels have becom...
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| Format: | Final Project |
| Language: | Indonesia |
| Subjects: | |
| Online Access: | https://digilib.itb.ac.id/gdl/view/61313 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Currently, the development of business hotels in Indonesia is growing rapidly in
line with the increasing business development, especially in the Jakarta area, which
is known as the center of the business city in Indonesia. With so many companies
developing in the area, business hotels have become quite attractive places for
entrepreneurs who can be used for business activities. The 4-Star Business Hotel
Project in Slipi is one of the hotel projects designed to accommodate lodging and
other services that can facilitate business activities in the Jakarta area. This building
has the main function as a commercial area that provides lodging facilities as well
as supporting and recreational facilities for business activities with a total height of
61 meters consisting of 13 floors, a rooftop, and 2 basement floors. The hotel
building that was built must be able to withstand all existing loads including
earthquake loads because the Jakarta area is an earthquake prone area. The design
of this multi-storey building uses the applicable standards in Indonesia, namely the
Standar Nasional Indonesia which is the reference in structural design, SNI 1726:
2019 for earthquake resistant building design and structural analysis, SNI 1727:
2018 for structural loading standards, and SNI 2847: 2019 for reinforcement design
and detailing of structural elements. This building is classified in the Seismic
Design Category D according to the soil category and earthquake acceleration data
around the building site. So that the earthquake resistance system used is a dual
system consisting of a Special Moment Resisting Frame System and a Special
Structural Wall System. Structural calculations are done manually with the help of
CSi ETABS software for structural modeling, SpColumn for modeling and
detailing of column reinforcement and for detailing shear wall reinforcement, and
CSi SAFE for detailing plate reinforcement. |
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