2007•Unpublished venueRequires access

Productivity improvement in appliance manufacturing

Charles R. Harrell, Bruce Gladwin

Open publisher page 6 citations

Abstract

Simulation can be a useful tool when analyzing complex manufacturing systems to help sort through cause-and- effect relationships and gain a better understanding of what is actually causing a particular problem in the system. Once cause-and-effect relationships are identified, changes for improvement can be made more intelligently and then verified using simulation. This paper describes an application in which simulation was used to identify the bottleneck of a dishwasher tub manufacturing line. Engineers were then able to determine and verify a solution to the bottleneck which resulted in an annual cost savings of $275,000.

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What this paper is about

Simulation can be a useful tool when analyzing complex manufacturing systems to help sort through cause-and- effect relationships and gain a better understanding of what is actually causing a particular problem in the system. Once cause-and-effect relationships are identified, changes for improvement can be made more intelligently and then verified using simulation. This paper describes an application in which simulation was used to identify the bottleneck of a dishwasher tub manufacturing line. Engineers were then able to determine and verify a solution to the bottleneck which resulted in an annual cost savings of $275,000.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Simulation can be a useful tool when analyzing complex manufacturing systems to help sort through cause-and- effect relationships and gain a better understanding of what is actually causing a particular problem in the system. Once cause-and-effect relationships are identified, changes for improvement can be made more intelligently and then verified using simulation. This paper describes an application in which simulation was used to identify the bottleneck of a dishwasher tub manufacturing line. Engineers were then able to determine and verify a solution to the bottleneck which resulted in an annual cost savings of $275,000.

Key concepts: Bottleneck, Productivity, sort, Computer science, Industrial engineering, Manufacturing engineering, Production line, Engineering

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