European Journal of Applied Engineering and Scientific Research
Abstract
Author(s): Mohadeseh Nadershahi , Neemat Mohammad Nezhad, Mohammad Saleh Sohrabi
This paper deals with the operational issues of a two-echelon supply chain under linear demand function for each
buyer. The operational parameters to the model are sales price and transportation quantity that determine the
channel cost of the supply chain transportation. To find out the optimal price and the optimal transportation
quantity, for each buyer from several suppliers, a mathematical model is formulated. For using the genetic
algorithm, the formulated model is modified and then the best value of the parameters is derived. Finally, a
numerical example is given to illustrate the model.
