基于前向FTF方法的船舶系统风险评估

S. Mai, J. Zeng, Qi Feng, Renan Liu, Yuanchun Chen
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引用次数: 1

摘要

远洋船舶在茫茫大海上独自航行,经常会遇到各种各样的问题,对船舶的安全构成严重威胁。据统计,这些事故中有许多是由设备老化和缺乏维护等问题引起的。在IMO发布强制性规定后,中国船级社(CCS)于2017年发布了《失效模式与影响分析指南》(Guide Notes GD16-2017),涉及船舶设备和系统的失效模式和影响分析。本文以一艘多用途海上航母为研究对象,采用前向FTF (FMECA & FTA)方法。对船舶系统的失效模式进行失效模式、影响和临界性分析(FMECA),包括故障率、原因和影响(概率和严重程度)。故障树分析是对船舶系统的风险进行计算和评估的一种方法。基于前向FTF原理,开发了智能船长操作与维修管理系统。该系统能够自动识别船舶系统的故障并进行不同级别的报警,然后根据设备手册给出相应的维护和操作指令。通过智能船长的使用,船员可以高效、安全地进行船舶的操作和维护。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risk Assessment of Ship Systems Based on Forward FTF Method
Ocean-going vessels sailing alone in the boundless sea often encounter various problems and pose a serious threat to the safety of the ship. According to statistic, many of these accidents are caused by problems such as aging equipment and lack of maintenance. After IMO issued mandatory regulations, China Classification Society (CCS) released Failure Mode and Impact Analysis Guide in 2017 (Guidance Notes GD16-2017), in connection with failure mode and impact analysis for ship equipment and systems. In this paper, based on a multi-purpose offshore carrier, the forward FTF (FMECA & FTA) method is adopted. The failure mode, effects and criticality analysis (FMECA) is conducted for the study on failure mode of ship system, including failure rate, cause and effect (probability and severity). Fault tree analysis (FTA) is to calculate and assess the risk of the ship system. Based on the forward FTF principle, Smart Captain, an operation and maintenance management system was developed for this ship. The system can identify the faults of the ship system and carry out different levels of alarms automatically, then a corresponding maintenance and operation instructions according to the equipment manual is given. By using Smart Captain, the crew member can carry out ship operation and maintenance efficiently safely.
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