DESIGN OF CAR TERMINAL STRUCTURE WITH DECK ON PILE TYPE IN PATIMBAN PORT, SUBANG, WEST JAVA
The development of Patimban Port is the government's strategy to reduce excess capacity at Tanjung Priok Port which is the only International Port in Jakarta. Patimban Harbor will serve container types and vehicles transported using large vessels. In the Final Project case study on Design o...
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Format: | Final Project |
Language: | Indonesia |
Subjects: | |
Online Access: | https://digilib.itb.ac.id/gdl/view/48127 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | The development of Patimban Port is the government's strategy to reduce
excess capacity at Tanjung Priok Port which is the only International Port in
Jakarta. Patimban Harbor will serve container types and vehicles transported
using large vessels.
In the Final Project case study on Design of Car Terminal Structure with Deck
on Pile Type in Patimban, Subang, WestJava, the design of the berth structure
will be discussed based on the design criteria used as a structural planning
requirement by considering the existing conditions at the study site. The final
project covers the determination of the berth layout, berth dimensions,
structural modeling, and structural reinforcement design.
Structural modeling is carried out using SAP2000 software to determine the
structural reliability of plans for the load acting on the structure. The results of
this modeling are UCR (Unity Check Ratio) value, structural deflection, the
internal forces of beams and plates, and the placement reaction. Checking the
UCR value is carried out as a reliable and optimal structure design reference
with values in the range 0.8 to 1.0. Checking the deflection value is carried out
as an aspect of the structure's serviceability, with the value below the permit
limit. While the reinforcement ratio value check is performed to determine the
optimal cross-sectional area.
The results of the Final Project include the design of the berth layout, the
design of the berth which includes the dimensions of the structure and
dimensions of structural elements, and the reinforcement details based on the
internal forces in work. |
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