消失在2秒内:深入剖析一级方程式赛车的协作维护陷阱

IF 1.8 Q3 ENGINEERING, INDUSTRIAL Journal of Quality in Maintenance Engineering Pub Date : 2021-05-24 DOI:10.1108/JQME-07-2020-0062
A. Martinetti, Preshant S Awadhpersad, Sarbjeet Singh, L. V. van Dongen
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引用次数: 2

摘要

目的——本文旨在将与人为因素和任务组织相关的知识转化为可用的指导方针,这些知识嵌入到一级方程式比赛中最令人兴奋的维护行动之一——进站中。设计/方法/方法——论文选择了故障树分析(FTA),以分解所有子任务及其与理想情况的可能偏差,并评估执行进站操作所需的最相关信息。此外,SHELL模型被应用于第二阶段,以评估人与系统其他组件的人机界面之间的相互作用。一旦这组信息具体化,研究将其转化为可用的指导方针,以便使用相同的方法组织工业维护行动,并可能达到相同的结果。调查结果——本研究的结果是一套结构化的指导方针,其中包括制定正确维护措施时应考虑的最重要方面。它们代表了一个“指南”,用于包含这些操作过程中包含的不同角度。研究局限性/影响-该指南可能适用于每项维护操作。该指南应在不同的工作领域进行测试,以检查其在赛车界之外的适用性。实际意义——这项研究是一项逆向工程工作,旨在创建一个方案,将船员运动员的健身、训练、技术、组织问题、安全、人体工程学和心理学等方面纳入维护操作。原创性/价值——论文的价值在于解构最成功、最有准备的维护行动之一的结果。本文采用了不同的方法来提出如何构建和创建维护解决方案。一级方程式赛车进站期间的维护方法与工业应用之间的差异,加大了赛车界进一步改进维护措施所需填补的空白。
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Gone in 2s: a deep dive into perfection analysing the collaborative maintenance pitstop of Formula 1
Purpose–The paper aims to convert into useable guidelines, the knowledge related to human factors andtasks’organisation, which are embedded in one of the most exciting maintenance actions that are carried out,the pitstop in Formula 1 races.Design/methodology/approach–The paper opted for a fault tree analysis (FTA) to de-construct all the sub-tasks and their possible deviations from desirable situations and to evaluate the most relevant informationneeded for carrying out the pitstop operation. Besides, the SHELL model was applied in a second stage toevaluate the interaction between human being and human interfaces with other components of the system.Once this set of information was crystallised, the research translated it into useable guidelines for organisingindustrial maintenance actions using the same approach and possible reaching the same results.Findings–The results of this study is a structured set of guidelines that encompasses the most paramountaspects that should be considered for setting correct maintenance actions. They represent a“guide”forincluding the different angles that are included during these operations.Research limitations/implications–The guidelines are potentially applicable to every maintenance operation.The guidelines should be tested on different working domains to check their applicability besides the racing world.Practical implications–This study is a reverse engineering work for creating a scheme to include intomaintenance operations aspects such as crew athlete-like fitness, training, technology, organisational issues,safety, ergonomics and psychology.Originality/value–The value of the paper is deconstructing the results of one of the most successful andprepared maintenance action. The paper takes a different approach in proposing how to structure and createmaintenance solutions. The difference in approaches between the maintenance during the pitstop of Formula 1car and industrial applications enhances the gap that needs still to be filled for further improving maintenanceactions out of the racing world.
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来源期刊
Journal of Quality in Maintenance Engineering
Journal of Quality in Maintenance Engineering Engineering-Safety, Risk, Reliability and Quality
CiteScore
4.00
自引率
13.30%
发文量
24
期刊介绍: This exciting journal looks at maintenance engineering from a positive standpoint, and clarifies its recently elevatedstatus as a highly technical, scientific, and complex field. Typical areas examined include: ■Budget and control ■Equipment management ■Maintenance information systems ■Process capability and maintenance ■Process monitoring techniques ■Reliability-based maintenance ■Replacement and life cycle costs ■TQM and maintenance
期刊最新文献
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