Optimisasi Non Linear Programming Multivariat pada Perencanaan Produksi Industri Manufaktur Baja Lapis Seng (BjLS)

Muhammad Ibrahim Ats-Tsauri, Ayata Arrasyid, Tri Ngudi Wiyatno
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Abstract

The main objective of this study was to examine the potential of production planning process optimization in Zinc Plated Steel (BjLS) manufacturing industry through Non Linear Programming (NLP) simulation. The manufacturing industry in the steel sub -sector is one of the strategic industries as it is a pillar of national development. Global competition requires companies to continuously improve the efficiency of their production activities, which is heavily influenced by the production planning process. With good production planning, it is hoped that the company can optimize the use of limited resources to achieve the company's goals. This study found that the most appropriate optimization to the real situation of the BjLS manufacturing industry is multivariate NLP with constraints on production volume, production time, raw material supply and budget to purchase raw materials. This research can also provide input on the production mix that best suits the company’s resources.
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优化非线性多变量设计设计锌钢制造行业(BjLS)
本研究的主要目的是通过非线性规划(NLP)模拟来研究镀锌钢(BjLS)制造业生产计划过程优化的潜力。钢铁分行业中的制造业是国家发展的支柱产业,是战略性产业之一。全球竞争要求企业不断提高其生产活动的效率,这在很大程度上受到生产计划过程的影响。有了良好的生产计划,希望公司能够优化利用有限的资源来实现公司的目标。本研究发现,最适合BjLS制造业实际情况的优化是在产量、生产时间、原材料供应和原材料采购预算约束下的多元NLP优化。这项研究还可以为最适合公司资源的生产组合提供输入。
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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