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Development of framework for armoured vehicle assembly line efficiency improvement by using simulation analysis: Part 1

机译:通过使用模拟分析,开发装甲车辆装配线效率提高的框架:第1部分

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Efficiencies and the productivity of the assembly line are crucial in the manufacturing sector.It is very unusual opportunity to visualise and analyse the production system,which used in defence manufacturing sector.This research study focuses on the performance of an existing production line for Malaysia's automotive defence manufacturing industry.The main issues that arise are first,the delivery is always behind the schedule and second,the human factor that contributes to the increase of rejected parts and slow down the production line.WITNESS simulation will be utilised to analyse the dynamic issues associated with the whole performance of the manufacturing system.A methodology for production layout improvement will bring into notice.DELMIA simulation can improve employee's working condition,which is to optimise the production line efficiency.The assembly line can be better in many ways,for example,the arrangement of working layout,the summit of the workplace and massive machines handling method by the worker.All of these are imperative to increase the efficiency of the employees.Continuous improvement of the proposed methodology includes progress in model design,training of operators,follow-up of implementing changes and investigations in the measurement of manufacturing line efficiencies.
机译:装配线的效率和生产力在制造业中至关重要。它是可视化和分析国防制造业的生产系统的非常不寻常的机会。本研究重点介绍马来西亚汽车现有生产线的表现国防制造业。出现的主要问题是首先,交货总是在日程安排落后,第二次,有助于拒绝零件的增加和减缓生产线的人类因素。分析动态问题。分析动态问题与制造系统的整体性能相关联。用于生产布局改进的方法将引发通知。戴尔米亚仿真可以改善员工的工作状态,这是优化生产线效率。例如,装配线可以在很多方面更好,工作布局的安排,工作场所的峰会和大量机器HA工人的Ndling方法。所有这些都必须提高员工的效率。提出的方法的连续改进包括模型设计,运营商培训的进展,在制造线效率测量中实施变更和调查的后续行动。

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