عنوان مقاله [English]
By increasing the complexity of products and systems, the use of preventive maintenance and repair systems, such as repairability in the design of the system, can play an important role in reducing the finished product costs. In this paper, attention is paid to the reliability of designing systems of a navy in the form of a native pattern in the context of the design life of the systems, improving the maintainability of the systems and reducing the stopping time for maintenance in the production of products and improvement of reliability and availability of systems is being investigated when necessary. To achieve the above, due to the diminutiveness of the issues of maintainability in the design of marine systems, after reviewing the life cycles of similar products and selecting the most appropriate marine life cycle, which includes 5 main phases, and the use of 16 maintainability requirements, and by the aid of multi-criteria decision-making method, design pattern and development requirements for lifecycle-based lifecycle are extracted from the design of marine systems. Reduction of the costs and time of the note, increase in system availability, reduction of the damage/fatigue of the technical operator, reduction of the training hours of technical operators, improvement and expedition of the diagnosis, reduction of the probability of damage to the part or system and product, and improvement of reliability are among the benefits of using this template in design.