Abstract

Abstract In the present work a dynamic model is evaluated, the process of transfer of cleaning products in the expedition warehouse, the delay times present in the process and the adequacy of the flow of load and discharge with the rhythm of production. production of four different plants. This evaluation allows to determine the availability of the transport units according to the production requirement and to avoid the accumulation of the trips. As you can see, from the study of the times, 58.47% time is the product and 41.53% the time lost in the delays, on the other hand, it is considered feedback between the production plan and the process of transfer of finished product in the transport units, allows to determine in the complete system: production - loading and unloading of the stages of the process to hinder the continuous flow of the product and likewise to determine the real capacity of the transport units required. The main contribution of the present work is to determine by means of the simulation the percentage of compliance of the units of transport from the product requirement and analysis of the current capacity; this contributes to the decision making to implement improvement solutions, in this case, evaluated in two proposals: eliminate idle time and feed back the system for the availability of transport units with the requirement of the production program. Keywords: Process, system dynamics, production, delays, scenarios, improvement solutions, distribution

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