Minimization of cost of idle and utility times of operators in a mixed-model assembly line
Document Type
Conference Proceeding
Publication Date
12-1-1995
Abstract
A mixed-model assembly line with either closed or open stations is considered in this research. The problem is to minimize the total cost of the utility time and idle time incurred due to different line parameters and operation sequence of the mixed models. Two models for both closed-station and open-station systems are developed to determine the line parameters optimally. The models are tested with a 3-station mixed-model line in which the station type is assumed either closed or open. This research shows that a set of line parameters is available for which the total cost of utility and idle times is minimal. Results indicate that the minimum total cost of utility and idle times in an open-station system is less than that in a closed-station system for a given line length. Other results pertinent to the line design are also demonstrated.
Publication Source (Journal or Book title)
Industrial Engineering Research - Conference Proceedings
First Page
1115
Last Page
1123
Recommended Citation
Sarker, B., & Pan, H. (1995). Minimization of cost of idle and utility times of operators in a mixed-model assembly line. Industrial Engineering Research - Conference Proceedings, 1115-1123. Retrieved from https://repository.lsu.edu/mechanical_engineering_pubs/2140