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Preventive maintenance task balancing with spare parts optimisation via big-bang big-crunch algorithm

机译:预防性维护任务平衡,通过big-bang big-crunch算法优化备件

摘要

Work balancing increasingly plays an important role in both theudproduction and maintenance functions. However, the literature on work balancingudproblems in transfer line manufacturing systems provides little information on theudcontributions of maintenance technicians and spare parts with a focus on penalty,udtechnicians’ costs and incentives for staff. Unlike existing reports, the currentudinvestigation attempts to solve the maintenance task balancing problem. It combinesudpreventive maintenance technicians’ assignments with product demand and sparesudutilisation in a transfer line manufacturing system. It uses an optimisation framework thatudmeasures the success of post-line balancing solution performance in a system from audholistic perspective. The novelty of the approach lies in the integration of technicians andudspare parts theory and the introduction of penalty, technicians’ costs and incentive forudstaff. The proposed optimisation method was applied to a case study for detergentudmanufacturing system as a means of testing the effectiveness and robustness of theudapproach. The results show that the proposed model appears to be effective. Someudsimulations were also carried out to complement practical results
机译:工作平衡在 udproduction和维护功能中越来越扮演着重要的角色。但是,有关传输线制造系统中的工作平衡问题的文献很少提供有关维护技术人员和备件的 ud贡献的信息,重点是罚款, udtechnic的成本和对员工的激励。与现有报告不同,当前的 udinvestigration试图解决维护任务平衡问题。它在传输线制造系统中将预防性维护技术人员的任务与产品需求和备件滥用结合在一起。它使用优化框架,从整体角度衡量系统中后期平衡解决方案性能的成功。这种方法的新颖之处在于将技术人员和“零备件”理论整合在一起,并引入罚款,技术人员的成本和对“人手”的激励。所提出的优化方法被应用于洗涤剂超生产系统的案例研究中,作为检验超生产方式有效性和鲁棒性的一种手段。结果表明,提出的模型似乎是有效的。还进行了一些模拟以补充实际结果

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