Formation of optimal parameters of the cargo ship maintenance system through digital strategies

Abstract

Contemporary merchant ships play a key role in the international transportation system, ensuring the transportation of large volumes of cargo around the world. This places great demands on the efficiency and reliability of shipboard equipment. Cargo ship maintenance systems play an important role in ensuring the proper functioning of ships and their safety. However, there are certain problems associated with the current state of ship maintenance systems. In particular, the issues of reliability and efficiency of maintenance are critical for optimizing costs and increasing the efficiency of maritime transport. Optimal parameters of the maintenance system can solve these problems and improve the operation of cargo ships. The purpose of the article is to consider and justify the optimal parameters of the ship maintenance system based on the application of digital strategies. The problem statement includes the need to increase the reliability of ship equipment, reduce costs and improve operational performance. An analysis of previous research and publications is used to identify potential challenges and demonstrate how the use of digital strategies can address these issues. The article includes a detailed literature review and discusses state-of-the-art methods for optimizing maintenance parameters, including stochastic aspects and reliability methods. The conclusions of the article point to the importance of reorganizing and optimizing ship maintenance systems and emphasize the role of digital strategies in achieving this goal. The study helps to solve key problems in the field of cargo ship maintenance and improve the efficiency and reliability of ship equipment. The results of the study have practical application for shipping companies and organizations operating in the field of maritime transport