Order-up-to-level policy update procedure for a supply chain subject to market demand uncertainty

•We propose a new dynamic order policy for a supply chain with uncertainty in demand.•Inventory consumption occurs at random time intervals and demand a random quantity of items.•The new order policy avoids propagation of uncertainty through SC levels.•This policy mitigates the bullwhip effect, mini...

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Published inComputers & industrial engineering Vol. 113; pp. 347 - 355
Main Authors Pacheco, Eduardo de Oliveira, Cannella, Salvatore, Lüders, Ricardo, Barbosa-Povoa, Ana Paula
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 01.11.2017
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Abstract •We propose a new dynamic order policy for a supply chain with uncertainty in demand.•Inventory consumption occurs at random time intervals and demand a random quantity of items.•The new order policy avoids propagation of uncertainty through SC levels.•This policy mitigates the bullwhip effect, minimizes stockout, and increases the customer service level. The planning of a supply chain (SC) subject to market demand uncertainty is challenging in regards to defining update mechanisms that deal with demand variations. This study addresses this challenge and proposes a new reorder point update procedure for order-up-to-level (OUTL) policies in continuous review systems. The new procedure modifies the classical OUTL policy by introducing absorption inventory, a concept that changes reorder points and lot sizes according to demand variations. Results obtained through a discrete event simulation based on real-world data provided by a Brazilian company show that the proposed order policy provides better performance, particularly in terms of bullwhip effect reduction and improved service level.
AbstractList •We propose a new dynamic order policy for a supply chain with uncertainty in demand.•Inventory consumption occurs at random time intervals and demand a random quantity of items.•The new order policy avoids propagation of uncertainty through SC levels.•This policy mitigates the bullwhip effect, minimizes stockout, and increases the customer service level. The planning of a supply chain (SC) subject to market demand uncertainty is challenging in regards to defining update mechanisms that deal with demand variations. This study addresses this challenge and proposes a new reorder point update procedure for order-up-to-level (OUTL) policies in continuous review systems. The new procedure modifies the classical OUTL policy by introducing absorption inventory, a concept that changes reorder points and lot sizes according to demand variations. Results obtained through a discrete event simulation based on real-world data provided by a Brazilian company show that the proposed order policy provides better performance, particularly in terms of bullwhip effect reduction and improved service level.
Author Cannella, Salvatore
Pacheco, Eduardo de Oliveira
Barbosa-Povoa, Ana Paula
Lüders, Ricardo
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Keywords Supply chain
Bullwhip effect
Inventory control
Order-up-to-level policy
Discrete event simulation
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Snippet •We propose a new dynamic order policy for a supply chain with uncertainty in demand.•Inventory consumption occurs at random time intervals and demand a random...
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StartPage 347
SubjectTerms Bullwhip effect
Discrete event simulation
Inventory control
Order-up-to-level policy
Supply chain
Title Order-up-to-level policy update procedure for a supply chain subject to market demand uncertainty
URI https://dx.doi.org/10.1016/j.cie.2017.09.015
Volume 113
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