OR Practice—Determining Lot Sizes and Resource Requirements: A Review

Bahl, Harish C.; Ritzman, Larry P.; Gupta, Jatinder N. D.

doi:10.1287/opre.35.3.329

Cited by 219 publications

(88 citation statements)

References 51 publications

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“…Similar classifications of heuristics than in the work of Maes and van Wassenhove (1988) can be found in the papers of de Bodt et al (1984) and Karimi et al (2003). Another overview is contained in Bahl et al (1987). Buschkühl et al (2010) differentiated solution procedures for the CLSP into mathematical programming-based approached, Lagrangean heuristics, decomposition and aggregation heuristics, metaheuristics and problem-specific greedy heuristics.…”

Section: Content Analysismentioning

confidence: 88%

“…Heuristic solution procedures, in contrast, often exploit properties of the static lot sizing problem to find a good solution. Overviews of heuristic procedures to solve the dynamic lot sizing problem are also contained in de Bodt et al (1984), Ritchie and Tsado (1986), Bahl et al (1987), Zoller and Robrade (1988), and Baker (1989). An overview of works that studied the dynamic lot sizing problem with stochastic demand can further be found in Aggarwal (1974).…”

Section: Content Analysismentioning

confidence: 99%

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The lot sizing problem: A tertiary study

Glock

Grosse

Ries

2014

International Journal of Production Economics

178

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This is the accepted version of the paper.This version of the publication may differ from the final published version. Abstract: This paper provides a survey of literature reviews in the area of lot sizing. Its intention is to show which streams of research emerged from Harris' seminal lot size model, and which major achievements have been accomplished in the respective areas. We first develop the methodology of this review and then descriptively analyze the sample. Subsequently, a content-related classification scheme for lot sizing models is developed, and the reviews contained in our sample are discussed in light of this classification scheme. Our analysis shows that various extensions of Harris' lot size model were developed over the years, such as lot sizing models that include multi-stage inventory systems, incentives, or productivity issues. Permanent repository linkThe aims of our tertiary study are the following: firstly, it helps primary researchers to position their own work in the literature, to reproduce the development of different types of lot sizing problems, and to find starting points if they intend to work in a new research direction. Secondly, the study identifies several topics that offer opportunities for future secondary research.

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Section: Content Analysismentioning

confidence: 88%

Section: Content Analysismentioning

confidence: 99%

The lot sizing problem: A tertiary study

Glock

Grosse

Ries

2014

International Journal of Production Economics

178

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“…Such reviews were given by Bahl et al (1987), Brahimi et al (2006), Drexl & Kimms (1997), Jans & Degraeve (2007), Karimi et al (2003), Kuik et al (1994), Maes & van Wassenhove (1988), Salomon et al (1991), Staggemeier & Clark (2001), Wolsey (1995) and recently Buschkuehl et al (2010).…”

Section: Review Of the Literaturementioning

confidence: 99%

Simultaneous production and maintenance planning for a single capacitated resource facing both a dynamic demand and intensive wear and tear

Wolter

Helber

2015

Cent Eur J Oper Res

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Suggested Citation: Wolter, Anja; Helber, Stefan (2013) : Simultaneous production and maintenance planning for a single capacitated resource facing both a dynamic demand and intensive wear and tear, Discussion AbstractThis paper presents a generic modeling framework to simultaneously decide about production quantities and maintenance operations for a capacitated resource facing a dynamic demand for different types of products. As the resource needs to be setup for each specific type of product, a lot-sizing problem occurs. In addition it is assumed that production causes intensive wear and tear. For this reason frequent maintenance activities need to be coordinated with the production operations in order to efficiently use the capacitated resource. A single generic model is presented to capture alternative forms of maintenance and different modes of interaction between maintenance and setups. As the model is numerically intractable for standard branch & bound algorithms, we solve it heuristically via a decomposition using a Fix-and-Optimize approach. Numerical results show that the proposed solution method produces high-quality results quickly. We further study the impact of simultaneous vs. sequential decisions about production and maintenance in the case of intensive wear and tear.

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“…Sempre para estruturas de pequena complexidade, conforme pode ser comprovado em VERAL & La FORGE (1985), LEE & ADAM (1986), LEE et al (1987), BAHL et al (1987), KRAJEWSKI et al (1987), SUM et al (1993), BENTON & SRIVASTAVA (1993) e BRENNAN & GUPTA (1993.…”

Section: Estrutura Do Produtounclassified