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Advanced Ship Systems Condition Monitoring for Enhanced Inspection, Maintenance and Decision Making in Ship Operations

机译：先进的船舶系统状态监控，可增强船舶运营中的检查，维护和决策能力

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Structural and machinery failures in the day-to-day ship operations may lead to major accidents, endangering crew and passengers onboard, posing a threat to the environment, damaging the ship itself and having a great impact in terms of business losses. In this respect, this paper presents the INCASS (Inspection Capabilities for Enhanced Ship Safety) project which aims bringing an innovative solution to the ship inspection regime through the introduction of enhanced inspection of ship structures, by integrating robotic-automated platforms for on-line or on-demand ship inspection activities and selecting the software and hardware tools that can implement or facilitate specific inspection tasks, to provide input to the Decision Support System (DSS). Enhanced inspection of ships will also include ship structures and machinery monitoring with real time information using ‘intelligent’ sensors and incorporating structural and machinery risk analysis, using in-house structural/hydrodynamics and machinery computational tools. Moreover, condition based inspection tools and methodologies, reliability and criticality based maintenance are introduced. An enhanced central database handles ship structures and machinery data. The data is available to ship operators and are utilized by the DSS for ship structures and machinery for continuous monitoring and risk analysis of ship operations. The development and implementation of the INCASS system is shown in the case of a machinery system of a tanker ship. In this way the validation and testing of the INCASS framework will be achieved in realistic operational conditions.
机译：日常船舶运营中的结构和机械故障可能导致重大事故，危及船上船员和乘客，对环境构成威胁，损害船舶本身并对业务损失产生重大影响。在这方面，本文介绍了INCASS（增强船舶安全检查能力）项目，该项目旨在通过引入增强的船舶结构检查功能，集成用于在线或在线的机器人自动平台，为船舶检查制度带来创新解决方案。按需进行船舶检查活动，并选择可以实施或促进特定检查任务的软件和硬件工具，以向决策支持系统（DSS）提供输入。加强对船舶的检查还将包括使用“智能”传感器对船舶结构和机械进行实时监控，并利用内部结构/流体力学和机械计算工具对结构和机械风险进行分析。此外，还介绍了基于状态的检查工具和方法，基于可靠性和关键性的维护。增强的中央数据库可处理船舶结构和机械数据。数据可供船舶运营商使用，DSS会将其用于船舶结构和机械，以进行船舶运营的持续监控和风险分析。在油轮船的机械系统中显示了INCASS系统的开发和实施。这样，将在现实的操作条件下实现INCASS框架的验证和测试。

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