The S-Curve Effect of Lean Implementation

IF 0.1 4区 工程技术 Q4 ENGINEERING, MANUFACTURING
Torbjørn H. Netland, K. Ferdows
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引用次数: 81

Abstract

There is currently no theory that explains the pattern of change in a plant's performance as it implements a lean program. Does it improve at a declining, increasing, or constant rate, or in some other pattern? We use empirical data from the implementation of the Volvo Group's lean program worldwide to develop a grounded theory to explain this pattern. We find that the pattern roughly follows an S-curve shape: as a plant progresses in its implementation of lean production, its operational performance improves slowly first, then grows rapidly, and finally tapers off. The initial stage can be characterized by “exploration”, during which the plant is essentially discovering and experimenting with lean principles, and the later stages by “exploitation”, during which the plant is realizing their benefits. We derive the grounded theory from quantitative internal company data and find additional qualitative support for it from our visits to 45 Volvo plants on 5 continents and 210 interviews with employees in these plants and Volvo headquarters. The S-shape pattern has important implications. Practitioners must assess a plant's maturity in lean implementation and adjust their targets, action plans, and expectations accordingly. Scholars must take the position of the plant on the S-curve into consideration when they analyze the impact of lean programs.
精益实施的s曲线效应
目前还没有理论可以解释工厂在实施精益计划时绩效变化的模式。它是以下降、增加、不变的速率改善,还是以其他模式改善?我们使用沃尔沃集团精益计划在全球范围内实施的经验数据来开发一个接地理论来解释这种模式。我们发现该模式大致遵循s曲线形状:随着工厂实施精益生产的进展,其运营绩效首先缓慢改善,然后快速增长,最后逐渐减少。初始阶段的特点是“探索”,在此期间,工厂主要是发现和试验精益原则;后期阶段是“开发”,在此期间,工厂实现其效益。我们从定量的公司内部数据中得出扎根的理论,并从我们对五大洲45家沃尔沃工厂的访问以及对这些工厂和沃尔沃总部员工的210次访谈中找到额外的定性支持。s形模式具有重要的含义。从业者必须评估工厂在精益实施方面的成熟度,并相应地调整他们的目标、行动计划和期望。学者们在分析精益项目的影响时,必须考虑到工厂在s曲线上的位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Manufacturing Engineering
Manufacturing Engineering 工程技术-工程:制造
自引率
0.00%
发文量
0
审稿时长
6-12 weeks
期刊介绍: Information not localized
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