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ITS » Paper and Presentation » S1 T. Sipil - Lintas Jalur
Posted by aprill@is.its.ac.id at 09/12/2014 16:18:57  •  989 Views


OPTIMASI SITE LAYOUT DENGAN METODE MULTI-OBJECTIVES PADA PROYEK GEDUNG PUSAT RISET ITS-SURABAYA

SITE LAYOUT OPTIMIZING BY USING MULTI-OBJECTIVES METHOD AT ITS RESEARCH CENTER BUILDING PROJECT CONSTRUCTION - SURABAYA

Author :
ARIYANTO, DINAR ( 3111106029 )




ABSTRAK

Penataan lokasi proyek merupakan salah satu aspek penting yang menunjang pelaksanaan proyek berjalan lancar. Tujuan dari tata lokasi site layout yaitu mengatur sedemikian rupa letak fasilitas bangunan sementara sehingga dapat meningkatkan produktivitas dan keselamatan kerja di lokasi tersebut secara efisien. Pada penelitian ini Proyek Gedung Pusat Riset ITS digunakan sebagai obyek studi kasus dimana proyek ini memiliki luas lahan proyek sebesar 8374.7109 m2 luas fasilitas pendukung sebesar 845.698 m2 dan luas Gedung Pusat Riset yang akan dibangun seluas 1946.784 m2. Penelitian maupun studi tentang optimasi site layout dalam perhitungan jarak traveling distance cenderung menggunakan metode Euclidean. Perhitungan traveling distance dengan metode Manhattan lebih mewakili jarak aktual dibanding dengan metode Euclidean dimana metode Manhattan mempertimbangkan halangan-halangan dalam penentuan jarak Dalam penelitian ini optimasi site layout meninjau minimasi traveling distance dan minimasi safety index dengan perhitungan matematis dimana perhitungan traveling distance menggunakan metode Manhattan. Optimasi penataan site layout menggunakan asumsi unequal site layout. Dari 6 skenario layout yang telah dilakukan didapat nilai traveling distance terendah adalah 21432.75 m atau mengalami penurunan sebesar 8.76 dari kondisi awal yang terdapat pada scenario kondis 2 dan nilai safety index terendah adalah 1836.17 atau mengalami penurunan sebesar 1.58 dari kondisi awal yang terdapat pada skenario 6.


ABSTRACT

Layout of project site is one of the important aspects that support the implementation of the project run smoothly. The objective of site layout is to set up the location of the temporary building in such a way that can improve productivity and safety at the site efficiently. In this research ITS Research Center Building Project used as an object of the study case it has site area for 8374.7109 m2 temporary facilities area for 845.698 m2 and main building area for 1946.784 m2. Most researches and studies of site layout optimizing in determining distance between facilities traveling distance tended to use Euclidean method. Calculation of traveling distance by using Manhattan method is better represent of the actual distance than Euclidean method which Manhattan method considering the obstacles in the determination of the distances. In this research optimization of site layout reviewing the traveling distance and safety index minimizing with manual mathematics calculation which the distance is determined by using Manhattan method. Optimization of site layout is assumed as an unequal site layout. Based on the sixth 6 scenarios that have been conducted obtained the lowest traveling distance value is 21432.75 m or decreased by 8.76 from the initial condition that contained in scenario number 2 and the lowest safety index value is 1836.17 or decreased by 1.58 from the initial condition that contained in scenario number 6.



KeywordsManhattan; optimasi; safety index; traveling distance; unequal site-layout
 
Subject:  penelitian situs bangunan
Contributor
  1. Trijoko Wahyu Adi, ST, MT, Ph.D
  2. Cahyono Bintang Nurcahyo, ST, MT
Date Create: 09/12/2014
Type: Text
Format: pdf
Language: Indonesian
Identifier: ITS-paper-310211140005789
Collection ID: 310211140005789
Call Number: RSS 690.75 Ari o


Source
Paper and Presentations, Civil Engineering, RSS 690.75 Ari o, 2014

Coverage
ITS Community

Rights
Copyright @2014 by ITS Library. This publication is protected by copyright and per obtained from the ITS Library prior to any prohibited reproduction, storage in a re transmission in any form or by any means, electronic, mechanical, photocopying, reco For information regarding permission(s), write to ITS Library




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  1.  ITS-paper-34540-3111106029-Paper.pdf - 1913 KB
  2.  ITS-paper-34540-3111106029-Presentation.pdf - 2767 KB




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