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Modelling and Analysis of Production System of A Steel Plant- A System Dynamics Approach

机译:某钢厂生产系统的建模与分析-系统动力学方法

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摘要

In the fast changing economic scenario world over, the economic strength of any organization depends on the management's ability in improving quality, cutting production costs and providing better customer services to compete effectively in the global market. Even though every management aims at improving the productivity, there is a limitation on the part of various production facilities located in any plant as they cannot be stretched beyond a point. However, management can exploit the existing facilities to the maximum extent possible by introducing the latest state of art technology. Against this backdrop, present production scenario at Visakhapatnam Steel Plant (VSP) is described. The key variables considered for the simulation of steel plant production activities are: production of hot metal, liquid steel, prime blooms, bar mill products and wire rod products over a period of 20 years from 1994-2013. The results obtained from the SD modeling are validated. Further, the model is utilized to explore alternative policies, which have been compared for their relative effectiveness.
机译:在全球瞬息万变的经济形势下,任何组织的经济实力都取决于管理层提高质量,削减生产成本和提供更好的客户服务以在全球市场中有效竞争的能力。即使每个管理人员都旨在提高生产率,但是位于任何工厂中的各种生产设施都存在局限性,因为它们无法延伸到一定程度。但是,管理人员可以通过引入最新的技术来最大程度地利用现有设施。在此背景下,描述了维沙卡帕特南钢铁厂(VSP)的当前生产方案。从1994年至2013年的20年中,用于模拟钢铁厂生产活动的关键变量包括:铁水,液态钢,原坯,棒材轧机产品和盘条产品的生产。从SD建模获得的结果得到验证。此外,该模型用于探索替代政策,并比较了它们的相对有效性。

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