Most manufacturers use human-machine systems to produce high-quality products. Dealing with human-machine systems is very complicated since not only machines should be utilized in proper condition but also appropriate environment should be provided for human resources. Most manufacturers have a maintenance plan for machines but many of them do not have a proper work-rest schedule for human resources. Considering this fact we emphasis on human role in human-machine systems maintenance and propose a mathematical model that obtains the optimal work-rest schedule for humans based on fatigue-recovery models and the optimal maintenance policy for machines based on reliability level. The performance of proposed model was examined by some instances...
[[abstract]]In this study, recovery factor was considered in the maintenance management model that i...
The European manufacturing industry is entering a new era in which working populations are ageing. T...
This paper presents the development of an efficient method for use in obtaining the best time betwee...
In today's competitive market, quality has an important role in manufacturing system. The manufactur...
International audienceThis study deals with the problem of scheduling jobs and preventive maintenanc...
It is an important matter to decrease the mean time to repair (MTTR) in order to improve the reliabi...
Human factors are often ignored in scheduling algorithms despite the fact that the majority of manuf...
An analytical multiobjective maintenance planning model that maximizes reliability while minimizing ...
Maintenance contributes to gaining high business performance, guarantees system availability and rel...
In this thesis a novel approach is presented for maintenance planning by considering grouping strate...
In the recent years the increasing recognition of the critical role of human factor in complex manuf...
Human fallibility in working environments contributes to majority of incidents and accidents in high...
Optimal preventive maintenance policies, for a machine subject to deterioration with age and intermi...
Purpose: The majority of a company’s improvement comes when the right workers with the right skills,...
[[abstract]]In this study, recovery factor was considered in the maintenance management model that i...
The European manufacturing industry is entering a new era in which working populations are ageing. T...
This paper presents the development of an efficient method for use in obtaining the best time betwee...
In today's competitive market, quality has an important role in manufacturing system. The manufactur...
International audienceThis study deals with the problem of scheduling jobs and preventive maintenanc...
It is an important matter to decrease the mean time to repair (MTTR) in order to improve the reliabi...
Human factors are often ignored in scheduling algorithms despite the fact that the majority of manuf...
An analytical multiobjective maintenance planning model that maximizes reliability while minimizing ...
Maintenance contributes to gaining high business performance, guarantees system availability and rel...
In this thesis a novel approach is presented for maintenance planning by considering grouping strate...
In the recent years the increasing recognition of the critical role of human factor in complex manuf...
Human fallibility in working environments contributes to majority of incidents and accidents in high...
Optimal preventive maintenance policies, for a machine subject to deterioration with age and intermi...
Purpose: The majority of a company’s improvement comes when the right workers with the right skills,...
[[abstract]]In this study, recovery factor was considered in the maintenance management model that i...
The European manufacturing industry is entering a new era in which working populations are ageing. T...
This paper presents the development of an efficient method for use in obtaining the best time betwee...