A New Model for Determining Production Capacity

T. Buda, Emilia Calefariu, F. Sârbu, Garila Calefariu
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Abstract

Traian Alexandru Buda, EThis paper introduces a new model for computing the production capacity in a manufacturing system or in a supply chain. Solving the production capacity problem means to be able to answer the following question: how many parts, from each product, can be produced by a given manufacturing system in a given time span considering the product mix and a multi-stage Bill of Materials? The proposed model is able to determine the production capacity and the loading level per resource for a manufacturing system using as inputs the Bill of Materials, Routing file, time span and product mix. The novelty brought by this method consists in the adoption of the matrix calculus in order to manipulate the inputs to obtain the requested outputs. The opportunity of such a model is that it offers the complete view on the capacity problem with a full range of answers: the available and required capacity at resource and finished product level and the loading level for each resource. Also the facile implementation and integration in ERP systems is a vital point. The use of such a model is in the investment process, middle and long-term capacity planning and client order confirmation process. The model aims to solveany type of manufacturing system.
一种新的产能确定模型
本文介绍了一种计算制造系统或供应链中生产能力的新模型。解决生产能力问题意味着能够回答以下问题:考虑到产品组合和多阶段物料清单,给定的制造系统在给定的时间范围内,每种产品可以生产多少个零件?所提出的模型能够使用物料清单、路由文件、时间跨度和产品组合作为输入来确定制造系统的生产能力和每个资源的负载水平。该方法的新颖之处在于采用了矩阵演算的方法对输入进行操作,从而得到所要求的输出。这种模型的机会在于,它提供了关于容量问题的完整视图,并提供了一系列答案:资源和成品级别的可用和所需容量以及每个资源的负载级别。此外,在ERP系统中易于实施和集成也是至关重要的一点。该模型主要应用于投资过程、中长期产能规划和客户订单确认过程中。该模型旨在解决任何类型的制造系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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