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Experimental analysis of alternative production flow controls for high variety product manufacturing

机译：高品种产品制造的替代生产流量控制的实验分析

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摘要

The increase in the offer of product variety towards customization is a trend in the industrial sectors of high competitiveness. In this context, mass customization is sought based on flexible manufacturing systems. Performance indicators of cost, resource utilization, inventories or rate of production hold a trade-off dependent on the system design and demand. Quantifying alternative flow control manufacturing systems through simulation allows comparing their performance and its suitability to different production scenarios. From a portfolio of furniture products, their manufacturing processes are determined, and processing times estimated. The operations of the manufacturing cell for wood components of furniture factory are developed by discrete event simulation. The model includes the conditions of a push system and a pull system using Kanban between the work stations. Variation of batch size and product mix demand is also established with a common set of conditions for one-year simulation run. The design of experiments and analysis of variance provides the quantification of the main influence factors on the desired performance indicators. Conclusions and future research opportunities are brought on their overall trends and trade-offs.
机译：产品种类提供朝向定制的提高是高竞争力的工业部门的趋势。在这种情况下，基于灵活的制造系统寻求大规模定制。成本，资源利用，库存或生产率的绩效指标依赖于系统设计和需求来替代权衡。通过仿真量化替代流量控制制造系统允许将其性能和其适用于不同的生产方案。从家具产品组合中，确定其制造过程，并估计处理时间。家具工厂木材部件的制造电池的运作是由离散事件仿真开发的。该模型包括在工作站之间使用Kanban的推送系统和拉动系统的条件。批量尺寸和产品混合需求的变化也是在一年的一年仿真运行的常见条件下建立。实验的设计和方差分析提供了对所需性能指标的主要影响因素的量化。结论和未来的研究机会促进了他们的整体趋势和权衡。

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