THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT

A modular layout is formed of layout modules which include flow-line layout, cellular layout and functional layout. A modular layout is one of layout that has high flexibility and efficient in material handling flows. The modular layout is designed to minimize the total material handling cost. In th...

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Main Author: SISKA (NIM 23406029), MERRY
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/12375
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:12375
spelling id-itb.:123752017-09-27T14:50:38ZTHE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT SISKA (NIM 23406029), MERRY Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/12375 A modular layout is formed of layout modules which include flow-line layout, cellular layout and functional layout. A modular layout is one of layout that has high flexibility and efficient in material handling flows. The modular layout is designed to minimize the total material handling cost. In this thesis we design a modular layout by using merger coefficient formula which involves production volume of parts. The formula developed is obtained by incorporating the production volume into Huang's merger coefficient formula. Using the case of Huang (2003), the new merger coefficient formula can reduce the total material handling cost by 20.44 % compared to that of Huang's formula and by 6.82 % compared to that of Sunarni's formula. From two cases (namely Case 1 and Case 2) considered, the reductions in the total material handling cost are 21.88 % and 8.64 % for Case 1 and Case 2, compared to those of Sunarni's formula. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description A modular layout is formed of layout modules which include flow-line layout, cellular layout and functional layout. A modular layout is one of layout that has high flexibility and efficient in material handling flows. The modular layout is designed to minimize the total material handling cost. In this thesis we design a modular layout by using merger coefficient formula which involves production volume of parts. The formula developed is obtained by incorporating the production volume into Huang's merger coefficient formula. Using the case of Huang (2003), the new merger coefficient formula can reduce the total material handling cost by 20.44 % compared to that of Huang's formula and by 6.82 % compared to that of Sunarni's formula. From two cases (namely Case 1 and Case 2) considered, the reductions in the total material handling cost are 21.88 % and 8.64 % for Case 1 and Case 2, compared to those of Sunarni's formula.
format Theses
author SISKA (NIM 23406029), MERRY
spellingShingle SISKA (NIM 23406029), MERRY
THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
author_facet SISKA (NIM 23406029), MERRY
author_sort SISKA (NIM 23406029), MERRY
title THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
title_short THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
title_full THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
title_fullStr THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
title_full_unstemmed THE MERGER COEFFICIENT FORMULA BY INCORPORATING PRODUCTION VOLUME FOR THE DESIGN OF A. MODULAR LAYOUT
title_sort merger coefficient formula by incorporating production volume for the design of a. modular layout
url https://digilib.itb.ac.id/gdl/view/12375
_version_ 1820728501394735104