2026· Journal of production research & management· 0 citations
Abstract
In Industry 4.0, choosing the right maintenance strategy is important for improving machine performance, reducing downtime, and ensuring smooth operation in smart manufacturing systems. This study aims to find the most suitable maintenance strategy for a customized machine-making company by using a combination of AHP and VIKOR methods. In this study, four types of maintenance strategies are considered: breakdown maintenance, time-based maintenance, condition-based maintenance, and predictive maintenance. First, the AHP method is used to decide the importance of different factors such as cost, reliability, system availability, and efficiency. Then, the VIKOR method is used to compare these strategies and rank them based on their performance. The results show that condition-based maintenance is the best option among all the strategies, as it gives a good balance between cost, performance, and reliability. This shows that modern maintenance methods are more effective for smart manufacturing systems. This study provides a clear and simple approach that can help managers and decision-makers choose the right maintenance strategy in Industry 4.0 environments.
Maintenance of production machines is essential for maintaining production continuity and minimizing the risk of downtime and operational losses. However, limited maintenance resources, including budget, technician availability, maintenance time, and spare parts, require organizations to establish appropriate maintenan...
Very Hendra Saputra, Agung Deni Wahyudi· Journal of Decision Support...· 0 citations
The modern manufacturing industry is experiencing growing pressure to enhance the quality of its products, to reduce the costs of manufacturing and maintaining those plants, and to ensure that the equipment within those plants is reliable and functioning as required of high-output manufacturing facilities. Despite the...
Tafadzwa Ziduche, Rutendo Mumanikidzwa· i-manager's Journal on Futur...· 0 citations
Low machine effectiveness can reduce production efficiency through equipment failures, lengthy setup activities, speed losses, and product defects. Previous studies have generally examined machine effectiveness and lean manufacturing separately, leaving limited discussion of their integrated use to identify operational...
Roma Wibero, Hernadewita· Greenation International Jou...· 0 citations
Secure energy is vital for the operation of all industries and sectors, particularly as there is increased reliance on technology. Microgrids are gaining attention for their islanding ability and use of diversified generation and storage resources. Many researchers have focused on optimal methods of selecting these r...
Elizabeth R. Van Caster, Jeremy Geiger, M. Bateman et al.· Journal of Energy Engineerin...· 0 citations
Designing system configurations is essential for ensuring the safety and efficiency, particularly in strategic sectors such as aerospace, and energy. Optimizing system configurations involves maximizing system availability while minimizing overall costs. This study focuses on the development of a feed water system (FWS...
Z. Sobhani, M. Shahrokhi· IISE Annual Conference &...· 0 citations
Smart industrial systems must balance equipment reliability, energy use, maintenance cost, production continuity, and technical resources. This study proposes a multi-objective predictive maintenance and energy-aware resource optimization framework for industrial decision-making. The framework combines equipment health...
Mohammad Mostafijur Rahman, Safaul Islam Rohan, Monasur Rahman et al.· International Journal of Sci...· 0 citations
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