Analyze the Production System of an Body-in-White System Through Modelling and Perform Bottleneck, Optimization using Simulation Software | Zendy

P Sai | Zendy; Artid | Zendy; Trakultongchai | Zendy; Srisawat | Zendy; Siderska Julia | Zendy; Ting Yang | Zendy; Dinghua Zhang | Zendy; Bing Chen | Zendy; Shan Li | Zendy; ; Mateusz | Zendy; James Mynderse | Zendy; Florin Blaga | Zendy; Iulian Stanel | Zendy; Voichia Hule | Zendy; Alin Pop | Zendy; Marek Kliment | Zendy; Peter Trebua | Zendy; Martin Straka | Zendy; S Snyman | Zendy; J Bekker | Zendy; Pavel Raska | Zendy; Zdenek Ulrych | Zendy; Marta Rostkowska | Zendy; Marek Klimenta | Zendy; Radko Popovib | Zendy; Jozef Janekc | Zendy; Kos Sawomir | Zendy; Patalas-Maliszewska Justyna | Zendy; Trebuna Peter | Zendy; H Zupan | Zendy; N Herakovic | Zendy

Open Access

Analyze the Production System of an Body-in-White System Through Modelling and Perform Bottleneck, Optimization using Simulation Software

Author(s) -

P Sai,

Artid,

Trakultongchai,

Srisawat,

Siderska Julia,

Ting Yang,

Dinghua Zhang,

Bing Chen,

Shan Li,

; Mateusz,

James Mynderse,

Florin Blaga,

Iulian Stanel,

Voichia Hule,

Alin Pop,

Marek Kliment,

Peter Trebua,

Martin Straka,

S Snyman,

J Bekker,

Pavel Raska,

Zdenek Ulrych,

Marta Rostkowska,

Marek Klimenta,

Radko Popovib,

Jozef Janekc,

Kos Sawomir,

Patalas-Maliszewska Justyna,

Trebuna Peter,

H Zupan,

N Herakovic

Publication year - 2019

Publication title -

international journal of recent technology and engineering (ijrte)

Language(s) - English

Resource type - Journals

ISSN - 2277-3878

DOI - 10.35940/ijrte.b1137.0782s419

Subject(s) - bottleneck , throughput , discrete event simulation , key (lock) , software , computer science , simulation software , production (economics) , productivity , mode (computer interface) , real time computing , simulation , embedded system , operating system , wireless , macroeconomics , economics

For a system to improve its productivity, optimizing it, and increase the overall efficiency of a Plant, a bottleneck is a key issue. Bottlenecks influence the efficiency and throughput of the plant. The presented Discrete Event Simulation (DES) model is one the method to analyze problems within the layout. The objective of the paper is to perform bottleneck analysis, optimization of an automobile production plant layout. The virtual environment of batch mode layouts is built by Tecnomatix simulation software. Throughput bottlenecks were identified on a real-time basis by shifting bottlenecks method. The paper illustrates that the system can be optimized by high work station utilization through managing bottlenecks with the addition of buffers

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