DESIGN OF DECK ON PILE STRUCTURE FOR GENERAL CARGO AT DUMAI, RIAU

<p align="justify">The city of Dumai, known for its palm oil production, also plays a dominant role in the agricultural sector in the Indonesian commodity market. To fulfill the regional government of Riau's desire to increase agricultural production in the year 2020, it is c...

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Bibliographic Details
Main Author: Miki Leslie, Frederiko
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/75468
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Institution: Institut Teknologi Bandung
Language: Indonesia
Description
Summary:<p align="justify">The city of Dumai, known for its palm oil production, also plays a dominant role in the agricultural sector in the Indonesian commodity market. To fulfill the regional government of Riau's desire to increase agricultural production in the year 2020, it is crucial to construct a Deck on Pile cargo dock to facilitate and achieve this objective. This Final Project will discuss the design steps and dimension calculations, as well as the structural elements of the dock. The calculation of the dimensions of the dock's structural elements is carried out to ensure their strength can withstand the applied loads. The planning of the dock includes considerations of environmental, operational, and structural component availability data. Environmental data is processed using extreme value analysis, hindcasting, and data plotting in various forms. These data serve as inputs for load and dimension calculations, along with operational and material data. Structural analysis is performed using the SAP2000 software. The obtained outputs include the Unity Check Ratio (UCR), deflection, internal forces, and placement reactions. UCR and deflection are used as criteria in analyzing the structure, leading to iterative processes to meet the standards by adjusting the dimensions and layout of the dock's structural elements. Internal forces and placement reactions are used for the calculations of reinforcement in bending and spiral on beams and plates of the dock.