The development of a generic simulation model of citrus packing lines

Beukes, H. T. (Stellenbosch : Stellenbosch University, 2011-10)

The goals of this project entail the creation of a simulation model of a citrus packing facility, in order to demonstrate the flow of inputs, outputs, materials and resources within the facility. This model should be generic and reusable for a variety of applications and organisations. The proposed outcome of the project is a functional simulation program which can be used to enter specific constraints of a certain packhouse in order to analyse the flows within the facility in order to evaluate it in terms of throughput and resource utilization.

Final year project, 2011

Technical Report

ENGLISH ABSTRACT: The design of a citrus packhouse is a time-consuming process and the construction of such a facility is extremely expensive. Most packhouses, however, consist of identical operations. It has been proposed that a generic simulation model can be developed in order to assist engineers in decision-making and evaluation during the design or redesign of citrus packhouses. This project is concerned with the development of such a model. The report consists of five major phases, namely the problem identification phase, the solution approach identification phase, the solution development phase, the verification and validation phase and the recommendation and conclusion phase. The problem identification phase is focused on the formulation of the problem and a discussion of the major functions and operations within a citrus packhouse. Simulation modelling has been identified as an appropriate tool to develop the solution and a roadmap for the development of such a model has been identified. The solution development phase entails the construction and computerization of the simulation model according to the proposed roadmap. The techniques employed to ensure the validity of the model are described in the verification and validation phase. The recommendations and conclusion phase entails a discussion of how the model can be used to perform experiments and the final remarks regarding the model are discussed. The model developed during the course of this project can be used to assist engineers to evaluate proposed designs and evaluate the effect of certain parameters on the system. The model is generic and can be used to represent almost any citrus packhouse.

Please refer to full text for Afrikaans summary.

Please refer to this item in SUNScholar by using the following persistent URL: http://hdl.handle.net/10019.1/18140
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