Investigating the reliability and criticality of the maintenance characteristics of a diving support vessel
作者： O. Turan , I. Lazakis , S. Judah , A. Incecik
DOI: 10.1002/QRE.1182
关键词: Power station 、 Reliability (statistics) 、 Maintenance strategy 、 Engineering 、 Criticality 、 Propulsion 、 Key (cryptography) 、 Component (UML) 、 Reliability engineering 、 ALARP
摘要: Maintenance tasks and their application in the shipping industry have evolved significantly recent years. Particularly offshore industry, safety onboard, environmental protection intensive operational activities necessitate minimization of down-time preservation an excellent performance ratio. The first step innovative ship maintenance strategy, which is proposed by authors based on criticality reliability assessment, presented herein using FTA tool with time-dependant dynamic gates so as to represent accurate comprehensive way interrelation components a system. paper also presents review standards procedures, such ALARP concept, Key Programme 3-Asset Integrity (KP3) initiative, OREDA handbook well RCM RBI principles. As part Birnbaum Criticality importance measures are utilized validate results analysis. A case study diving support vessel (DSV) illustrates this strategy. main systems examined are: vessel's power plant, propulsion, water system, lifting, hauling anchoring, finally subsystems critical identified suggestions how improve overall various both at component, system managerial level proposed.
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