Cycle Time Analysis Of Tipping Trailer Frame: A Case Study In A Heavy Equipment Industry

Marsudi, Muhammad; Shafeek, Hani

doi:10.7166/25-1-636

Cited by 3 publications

(2 citation statements)

References 18 publications

(27 reference statements)

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“…A shorter production cycle time will make the production process more effective and productive. Reducing the production cycle time is achieved by accelerating the company's order-to-delivery time and delivering the product to customers as quickly as possible at the lowest possible cost [15][16][17]. The average cycle time is calculated by adding up the time of all observations divided by the number of observations [18] with Equation 5:…”

Section: Total Launcher Completion Time Ttcmentioning

confidence: 99%

Analysis of Launcher’s Productivity in Erection Girder Using Time Motion Study Method

Hadiyatmoko,

Hatmoko,

Wibowo

2023

Civ Eng J

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Erection girder is one of the determinants of the success of bridge and road work, so in its implementation, it is of concern to many parties. Apart from lifting work that uses heavy equipment with a large capacity, it is also due to the high risk of erection work. Since using heavy equipment as a tool for the erection girder, then closely related to productivity and work time. Many factors affect the productivity of heavy equipment, and one of them is time, so a well and measurable work plan is needed. This study aims to provide solutions to problems regarding the productivity of the erection girder launcher method with a time motion study analysis for each work cycle. Time Motion Study is calculated using collected data from time and productivity records. The analysis model has been carried out with the amount of data of 58 erection girder cycles with the specification of Girder Profile I with 16 meters, 30 meters, 40 meters, and 60 meters in length. The modeling results are in the form of productivity nomograms and optimal productivity of the erection girder launcher method. The optimal productivity of a 16-meter girder is 0.901 girder/hour, 30 meters girder is 0.692 girder/hour, a 40 meters girder is 0.443 girder/hour, and 60 meters girder is 0.340 girder/hour. In this study, there are some renewals from other studies. From this study, it might be known about factors that affect the productivity of erection girders, such as the distance of the girder’s stockyard, the girder’s length, and erection time. Doi: 10.28991/CEJ-2023-09-08-06 Full Text: PDF

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Section: Total Launcher Completion Time Ttcmentioning

confidence: 99%

Analysis of Launcher’s Productivity in Erection Girder Using Time Motion Study Method

Hadiyatmoko,

Hatmoko,

Wibowo

2023

Civ Eng J

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“…We are currently exploring such extensions of this method. Also, an interesting possiblility for future research, as proposed by Marsudi and Shafeek [21], could be an analysis of the influence of working conditions on PC time.…”

Section: 65minmentioning

confidence: 99%

Reduction of Production Cycle Time by Optimising Production and Non-Production Components of Time in the Metalworking Industry: A Case Study

Spasojević-Brkić

Klarin

Stanisavljev

et al. 2016

SAJIE

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The production cycle (PC) time, as a very important economic indicator of freezing current assets, involves the time needed to manufacture a unit or a series of units, from putting them into production until they are put into storage; and yet it is rarely discussed in the literature, even though it should be also analysed and be made as short as possible. The goal of this article is to survey and control the methodology of reducing the PC time of components in the metalworking industry, grouped by factor analysis into the factors of production and non-production components, observed by a modified method of current observations, and viewed as a process whose effectiveness was monitored using control charts. The survey is based on data collected through 1,576 observations in a Serbian company that manufactures electrical and electronic equipment for motor vehicles. The 2012 results, when compared with those of 2011, indicate that the PC time is significantly reduced by 93 minutes, or by 28.53 per cent, and the manufacturing time by 46 minutes, or by 19.17 per cent. The results furnish empirical findings that provide insights into a number of managerial issues concerning investment decisions in product-specific cycle time improvements and reductions, together with process redesigns. OPSOMMINGDie produksiesiklustyd, 'n baie belangrike ekonomiese aanwyser vir die vries van bestaande bates, behels die tyd benodig om 'n eenheid (of 'n reeks eenhede) te vervaardig, van die begin van produksie tot die stoor van die eenheid. Tog word die produksiesiklustyd selde in die literatuur bespreek. Hierdie artikel ondersoek die opname-en beheermetode van die produksiesiklustyd van komponente in die metaalwerkindustrie, met die doel om dit te verkort. Komponente word gegroepeer deur middel van faktorontleding in produksie en nie-produksie komponente, dit word waargeneem deur 'n aangepaste huidige waarnemingsmetode, en hanteer as 'n proses waarvan die effektiwiteit met beheerkaarte gemonitor is. Die opname is gebaseer op 1576 waarnemings by 'n Serwiese vervaardiger van elektriese en elektroniese voertuigonderdele. Die 2012 resultate, wanneer dit met dié van 2011 vergelyk word, dui aan dat die produksiesiklustyd met 93 minute, of te wel 28.53 persent, verminder het. Die vervaardigingstyd is met 46 minute, dit is 19.17 persent, verkort. Die resultate toon empiriese bevindings wat insig in etlike bestuurskwessies, rakende beleggingsbesluite in produkspesifieke siklustyd verbeteringe en prosesherontwerpe, gee.

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A Performance Comparison Between a Digital Shadow and a Digital Twin in a Mixed Model Stochastic System

Tshabalala,

Kuriakose

2024

Proceedings of Ninth International Congress on Information and Communication Technology

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Cycle Time Analysis Of Tipping Trailer Frame: A Case Study In A Heavy Equipment Industry

Cited by 3 publications

References 18 publications

Analysis of Launcher’s Productivity in Erection Girder Using Time Motion Study Method

Analysis of Launcher’s Productivity in Erection Girder Using Time Motion Study Method

Reduction of Production Cycle Time by Optimising Production and Non-Production Components of Time in the Metalworking Industry: A Case Study

A Performance Comparison Between a Digital Shadow and a Digital Twin in a Mixed Model Stochastic System

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