Modeling Supply Chain Dynamics with a Discrete-Event Simulation

N. Saad, S. Bennett, and V. Kadirkamanathan (UK)


supply chain, demand amplification, discreteeventsimulation.


This paper describes the application of discrete-event simulation to the study of supply chain dynamics. The purpose is to understand how different decisions could affect the dynamics of a packaging industry supply chain. A summary on the design of a conceptual model, and the designing and development of an implementation model of a packaging industry supply chain associated to ARENA simulation language is presented. The model verification and validation activities are discussed. Simulation examples are included to illustrate the application of this approach.

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