نام فارسی : یک مدل برنامه نویسی ریاضی برای سیستم تولیدی و آرایش سلولی برای توسعه پیکر بندی چند گانه
نام انگلیسی : A mathematical programming model for manufacturing cell
formation to develop multiple configurations
زبان : انگلیسی
سال: 2014
مجله : Journal of Manufacturing Systems
چکیده :
This paper presents and analyses a mathematical model for the design of manufacturing cells which
considers two conflicting objectives such as the heterogeneity of cells and the intercell moves. A genetic
algorithm (GA) based solution methodology is developed for the model which is also solved using an
optimization package. The model is suitable for getting multiple potential solutions in a structured way
for the cell formation problem by making a trade-off between the two objectives, instead of reaching at a
single negotiating solution. This model provides the decision maker the flexibility of choosing a suitable
cell design from different alternatives by considering the practical constraints. A part assignment heuristic
is also developed by which part-families can be identified and is integrated with the GA based solution
procedure. A comparison of the proposed method is made with other seven methods using 36 problems
from the literature. Grouping efficacy is the basis for comparison and it is found to give reasonably good
results
یک مدل برنامه نویسی ریاضی برای سیستم تولیدی و آرایش سلولی برای توسعه پیکر بندی چند گانه