结合工效学与精益六西格玛分析印尼西亚齐传统造船生产过程的品质

M. Muzakir
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引用次数: 0

摘要

本研究分析了在CV的DMAIC周期中使用人机工程学和精益六西格玛的集成的质量过程。Wahana Karya造船厂。人体工程学使用RULA工具,而精益六西格玛使用SIPOC图表工具、流映射、DPOM、帕累托图、因果图和FMEA。改进阶段是通过FMEA分析中的最高RPN提出改进建议,并从工作姿势提出改进人体工程学的建议。控制阶段是对建议的改进进行监督。结果表明,有7工作姿势,导致质量下降的风险高的工作姿势在伐木活动与改进的建议,即设计人体工程学木材形成和切割工具,在精益六西格玛,建议提高过程质量得到基于分析FMEA工具安装先进的船体板的船体板的RPN值384与改进的建议,即更换易于安装的新夹紧压力机工具。同时,在不按RPN 336的尺寸值安装先进水平的象牙的过程中,改进的建议是制定明确的书面sop和工作指南。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysing the Quality of Traditional Shipbuilding Production Processes through Integration of Ergonomics and Lean Six Sigma in West Aceh, Indonesia
This study analyses the quality process using the integration of ergonomic and lean six sigma in the DMAIC cycle at CV. Wahana Karya shipyard. The ergonomic uses RULA tools while lean six sigma uses SIPOC diagram tools, current stream mapping, DPOM, Pareto diagrams, cause, and effect diagrams and FMEA. The improvement stage is recommendations for improvement through the highest RPN in the FMEA analysis and recommendations for improving ergonomics from work posture. The control stage is the supervision of the recommended improvements. The result indicates that there are 7 work postures that cause a decrease in quality where one of the risks of high work postures is in wood cutting activities with recommendations for improvement, namely designing ergonomic wood forming and cutting tools, on lean six sigma, recommendations for improving process quality are obtained based on analysis of FMEA tools for installing Advanced hull boards are tenuous hull boards with an RPN value of 384 with recommendations for improvement, namely replacing a new clamp press tool that is easy to install. Meanwhile, in the process of installing the ivory with an advanced level, which is not according to the size of the RPN 336 value, the recommendation for improvement is to make clear and written SOPs and work guidelines.
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