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The proposed improvements to minimize potential failures using lean six sigma and multi attribute failure mode analysis approaches

机译:建议的改进,以最大限度地使用瘦六西格玛和多属性故障模式分析方法最小化潜在故障

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PT X is the largest steel industry in Indonesia.During the production process,still have large quantities of waste defect.The purpose of this research is to determine the waste that occurs in the production process,determine the characteristics of deformity or critical to quality(CTQ),determine the sigma value,determine the factors that caused the failure of the production process,and determine the proposed improvement to minimize the failure of the production process.The most dominant types of defects are serrated edge,wavy edge,poor cleanliness,pick up,edge crack,ripple edge,and bad weld.The sigma value of cold rolled coil product is 4,131 which is included into the industry average of USA(± 4a).Factors that caused cold rolled coil production process failed based on criteria severity,occurrence,detection,and expected costs by Fuzzy Analytical Hierarchy Process(F-AHP)is material imported from outside with a total weight of 0.087.Proposed improvements done to minimize failure in cold rolled coil production processes are doing trial for products from HSM factory to test or know the slab specifications related to the chemical constituents of steelmaking and adjusting the format(such as thickness,length,width)and steel specifications to corresponding.
机译:Pt X是印度尼西亚最大的钢铁行业。生产过程,仍有大量的废物缺陷。本研究的目的是确定在生产过程中发生的废物,确定畸形的特点或对质量至关重要( CTQ)确定Sigma值,确定导致生产过程失败的因素,并确定提出的改进,以最大限度地减少生产过程的失败。最多的缺陷类型是锯齿状的边缘,波浪边缘,清洁度不佳拾取,边缘裂纹,纹波边缘和坏的焊接。冷轧卷材的Sigma值是4,131,其包含在美国(±4A)的行业平均值中,导致冷轧线圈生产过程失败的基于标准严重程度模糊分析层次处理(F-AHP)的发生,检测和预期成本是从外部进口的材料,总重量为0.087.完成的改进,以最小化冷r失效ORED线圈生产过程正在为HSM工厂进行试验,以测试或了解与炼钢的化学成分相关的板坯规范,并调节格式(如厚度,长度,宽度)和钢材规格对应。

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