制造系统人因可靠性分析方法及辅助系统开发

发布时间：2019-03-31 19:15

【摘要】：本文研究制造系统中的人因可靠性分析方法。随着制造系统的复杂性和功能性愈加庞大,人作为系统的因素作用愈加重要。在当今的制造系统中,设备可靠性日益提高,而入因可靠性的重要性却显得越来越突出。本文以“制造系统人因可靠性分析方法”为课题展开研究,包括制造系统人因可靠性定性追溯分析方法和人因可靠性定量化分析方法,并以某公司轴承制造过程为例进行人因可靠性分析。在上述工作的基础上,研究开发了面向轴承制造过程的制造系统人因可靠性辅助系统。论文的主要内容安排如下：第一章绪论介绍了制造系统人因可靠性分析中面临的问题以及发展概况,分析国内外在人因可靠性领域的研究现状。第二章人因可靠性分析方法评述以方法复杂程度、方法成熟度、定性分析可用性、定量分析可用性、数据可用性、结果准确性和方法适用性为主要评价指标,对现行的7种人因可靠性分析方法进行分析和比较。第三章制造系统人因可靠性定性追溯分析方法提出了一种制造系统中进行人因可靠性定性追溯分析的方法,包括模型、分类框架和方法三部分,并以轴承制造过程为例进行人因可靠性定性追溯分析。第四章制造系统人因可靠性定量化分析方法提出了一种制造系统中进行人因可靠性定量化分析的方法。提出了运用层次遗传算法进行人因指标筛选的方法。并以轴承制造过程为例进行人因可靠性定量化分析。第五章制造系统人因可靠性辅助系统开发研究根据上面所做的工作,结合制造业信息化的需求,研究开发了一套制造系统人因可靠性辅助系统辅助进行人因靠性分析。第六章结论与展望总结了本文的研究工作,提出今后需要进一步研究的内容和方向。
[Abstract]:In this paper, the method of human reliability analysis in manufacturing system is studied. With the increasing complexity and functionality of manufacturing systems, the role of human as a system factor becomes more and more important. In today's manufacturing system, the reliability of equipment is improving day by day, but the importance of factor reliability is more and more prominent. In this paper, "the method of human reliability analysis of manufacturing system" is studied, including qualitative analysis method of human reliability and quantitative analysis method of human reliability of manufacturing system, which includes qualitative analysis method of human reliability and quantitative analysis method of human reliability of manufacturing system. And take a company bearing manufacturing process as an example to carry on the human factor reliability analysis. On the basis of the above work, the human reliability assistant system for bearing manufacturing process is studied and developed. The main contents of this paper are as follows: in the first chapter, the problems and development of human reliability analysis in manufacturing systems are introduced, and the research status in the field of human reliability at home and abroad is analyzed. The second chapter reviews the methods of human reliability analysis. The main evaluation indexes are method complexity, method maturity, qualitative analysis availability, quantitative analysis usability, data availability, result accuracy and method applicability. Seven kinds of human reliability analysis methods are analyzed and compared. In chapter 3, the qualitative traceability analysis method of human reliability in manufacturing system is presented, which includes three parts: model, classification framework and method, and the method of qualitative traceability analysis of human reliability in manufacturing system is proposed, which is composed of three parts: model, classification framework and method. Taking bearing manufacturing process as an example, the qualitative analysis of human reliability is carried out. Chapter 4 the quantitative analysis method of human reliability in manufacturing system presents a method of quantitative analysis of human reliability in manufacturing system. A method of human factor index screening using hierarchical genetic algorithm is proposed. Taking bearing manufacturing process as an example, the quantitative analysis of human reliability is carried out. According to the work done above and the requirement of manufacturing informatization, a set of human reliability assistant system of manufacturing system is developed to analyze the human reliability of manufacturing system. Chapter 6 summarizes the research work of this paper, and points out the content and direction of further research in the future.
【学位授予单位】：浙江大学
【学位级别】：硕士
【学位授予年份】：2011
【分类号】：TH165.4

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