Add to ORKGThis paper presents the impact of process variability on production and station/operator utilization in a manufacturing plant. Process variability is evaluated in terms of cycle time variance, Kanban capacities between manufacturing stations and mean cycle times. A simulation model was written in ProcessModel of the manufacturing line that was used to analyze process variability
Variability is the greatest enemy of a manufacturing system; it causes unstable performances and var...
Today’s manufacturing industry is facing greater challenges than ever. To meet the higher and strict...
Complex manufacturing Systems can be decomposed in a network of simpler single stage production syst...
International audience—Complex manufacturing systems are subject to high levels of variability that ...
Fab operations management strives to decrease cycle-time (CT) for driving low inventory, improved qu...
Managing the variation in task processing time has been a critical problem in manufacturing systems ...
Vehicle license number plate production in Nigeria faces high variability in terms of process times ...
Operational time variability is one of the key parameters determining the average cycle time of lots...
Operational time variability is one of the key parameters determining theaverage cycle time of lots....
Processing time variability exists in assembly lines for many reasons including several models of a ...
This paper details the analysis of line cycle times and line yields of a high volume manufacturer in...
The evaluation of the average performance ofmanufacturing systems has been widely investigated in th...
We study the impact of disruptions to operations that can cause deviations in the individual process...
The variation in processing times due to the human factor between the working stations of a producti...
This paper investigates the well-known and extensively studied unpaced production line problem for t...
Variability is the greatest enemy of a manufacturing system; it causes unstable performances and var...
Today’s manufacturing industry is facing greater challenges than ever. To meet the higher and strict...
Complex manufacturing Systems can be decomposed in a network of simpler single stage production syst...
International audience—Complex manufacturing systems are subject to high levels of variability that ...
Fab operations management strives to decrease cycle-time (CT) for driving low inventory, improved qu...
Managing the variation in task processing time has been a critical problem in manufacturing systems ...
Vehicle license number plate production in Nigeria faces high variability in terms of process times ...
Operational time variability is one of the key parameters determining the average cycle time of lots...
Operational time variability is one of the key parameters determining theaverage cycle time of lots....
Processing time variability exists in assembly lines for many reasons including several models of a ...
This paper details the analysis of line cycle times and line yields of a high volume manufacturer in...
The evaluation of the average performance ofmanufacturing systems has been widely investigated in th...
We study the impact of disruptions to operations that can cause deviations in the individual process...
The variation in processing times due to the human factor between the working stations of a producti...
This paper investigates the well-known and extensively studied unpaced production line problem for t...
Variability is the greatest enemy of a manufacturing system; it causes unstable performances and var...
Today’s manufacturing industry is facing greater challenges than ever. To meet the higher and strict...
Complex manufacturing Systems can be decomposed in a network of simpler single stage production syst...