Nowadays, inventory management has a significant importance in supply chain. In supply chain management literature, inventory control and minimizing inventory-related cost are a main challenges confronting the managers. One of the issues attracting the attention of most researchers is determining the level of safety stock in such a way that enables us to reach appropriate fill rate. In this paper, a non-linear model to determine the level of safety stock in different components of supply chain is presented with the aim of minimizing the safety stock-related cost.
Olfat, L. & Sadeghi, M. R. (2011). Using Nonlinear programming for Determining the Safety Stock Level in a Supply Chain with Various Channels and Levels. Industrial Management Studies, 8(21), 63–83.
MLA
Olfat, L., & Sadeghi, M. R. "Using Nonlinear programming for Determining the Safety Stock Level in a Supply Chain with Various Channels and Levels", Industrial Management Studies, 8, 21, 2011, 63–83.
HARVARD
Olfat, L., & Sadeghi, M. R. (2011). 'Using Nonlinear programming for Determining the Safety Stock Level in a Supply Chain with Various Channels and Levels', Industrial Management Studies, 8(21), pp. 63–83.
CHICAGO
Olfat, L. & Sadeghi, M. R., "Using Nonlinear programming for Determining the Safety Stock Level in a Supply Chain with Various Channels and Levels." Industrial Management Studies, 8 21 (2011): 63–83,
VANCOUVER
Olfat L., Sadeghi M. R. Using Nonlinear programming for Determining the Safety Stock Level in a Supply Chain with Various Channels and Levels. Industrial Management Studies. 2011;8(21):63–83 (In Persian).
