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首页> 外文期刊>Procedia Manufacturing >Throughput Analysis of Manufacturing Systems with Buffers Considering Reliability and Cycle Time Using DES and DOE
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Throughput Analysis of Manufacturing Systems with Buffers Considering Reliability and Cycle Time Using DES and DOE

机译：使用DES和DOE考虑可靠性和循环时间的缓冲器的制造系统吞吐量分析

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The complexity of manufacturing systems makes the accurate prediction of production throughput difficult because of many variables. Continuously developing and implementing scientific methods can advance the understanding of the throughput of complex manufacturing systems.This throughput study addresses the main factors of manufacturing systems in the setting of a serial line. The factors include the reliability and cycle time of workstations, the length of a manufacturing line, and the capacity and locations of internal buffers in a manufacturing line. To effectively study these factors, the authors propose and use Design of Experiments (DOE) and Discrete-Event Simulation (DES) to analyze and predict the throughput of a manufacturing system under different settings.The study results provide a new understanding of the impacts of these factors on the production throughput of serial manufacturing lines. The study outcomes can be a valued reference for the development of such complex manufacturing systems to achieve the desired throughput.
机译：由于许多变量，制造系统的复杂性使得生产吞吐量的准确预测变得困难。不断发展和实施科学方法可以推进对复杂制造系统吞吐量的理解。这一吞吐量研究解决了串行线路设置中制造系统的主要因素。这些因素包括工作站的可靠性和循环时间，制造线的长度，以及制造线中内部缓冲器的容量和位置。为了有效地研究这些因素，作者提出并使用实验（DOE）和离散事件模拟（DES）的设计来分析和预测不同设置下制造系统的吞吐量。研究结果为此产生了新的了解这些因素串行制造线的生产吞吐量。研究结果可以是开发这种复杂的制造系统的有价值的参考，以实现所需的产量。

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