STRUCTURAL DESIGN OF DOLPHIN FOR COAL IN PELABUHAN INDONESIA II SUBSTATION CIREBON, WEST JAVA

<p align="justify">Pelabuhan Indonesia II Substation Cirebon or usually called as Pelabuhan Cirebon is one of PT. Pelindo’s subsidiary which serves port handling especially for dry cargo. Almost 80% of loading-unloading activity in this port has done for dry bulk cargo. The exista...

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Bibliographic Details
Main Author: Prajaya - nIM: 15514030 , Geraldy
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/27485
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Institution: Institut Teknologi Bandung
Language: Indonesia
Description
Summary:<p align="justify">Pelabuhan Indonesia II Substation Cirebon or usually called as Pelabuhan Cirebon is one of PT. Pelindo’s subsidiary which serves port handling especially for dry cargo. Almost 80% of loading-unloading activity in this port has done for dry bulk cargo. The existance of Pelabuhan Cirebon is one of government effort to disseminate dry bulk cargo especially coal from other islands into Java Island itself. Fortunately nowadays, the activity of loading-unloading in this port is still primitively equipped compared with other dry cargo ports in Indonesia. <br /> <br /> <br /> In this undergraduate thesis, the writter will design the structure of dolphin with dolphin type that can be used with suitable equipment for loading-unloading in Indonesia just like other dry bulk cargo ports. Dolphin structure contains of structure of breasting dolphin, mooring dolphin, loading platform, and trestle. Design process will be done with collecting and processing environmental data and dolphin operational data to determine the major dimension of dolphin and minor dimension of dolphin’s elemental. Structural analysis will be done by using softwares, such as: SAP2000, Microsoft Excel, and AutoCAD. <br /> <br /> <br /> Dolphin structural analysis using SAP2000 generates output such as Unity Check Ratio (UCR) and deflection. Structure will fulfill design criteria if it has UCR value less than 1 and actual deflection value less than allowable deflection value. Microsoft Excel and AutoCAD will help determining slenderness critera, configuration of structural reinforcement, and analysis of soil bearing capacity. <p align="justify"> <br />