Designing a Mathematical Model of a Manufacturing Supply Chain with a Multi-stage Production Process
Subject Areas : Industrial ManagementAlireza Kafashbashi 1 , Najme Roozbakhsh 2
1 - M.A in Industrial Management
2 - Member of Academic Staff, Kordkuy Branch, Islamic Azad University, Kordkuy, Iran
Keywords:
Abstract :
Alagheband, Alireza. (2007). Modeling and controlling of provision model by applying
linear controlling systems. The fifth management international conference Online:
www.civilica.com/Printable-IRIMC05_050.html
2. Amid, Amin. (2006). Fuzzy multi-phase model with weight for allocating buying orders
to providers in one provision chain. The second logistic conference and provision chain
Online: www.civilica.com/Printable-NCLSC02_026.html
3. Aryanejad, & Ghol, & Mirbahador. (2008). Presenting multi-phase stock of provision
chain with discount. The sixth international industrial engineering conference Online:
www.civilica.com/Calendar-IIEC06.html
4. Arntzen, B.C., & Brown, G.G., & Harrison. T.P. & Trafton. L.L. (1995). Global supply
chain management at Digital Equipment Corporation, Interfaces, 125(1), 141-149.
5. Brown.G.G., & Graves. G.W., & Honezarenco. M.D. (1987). Design and operation of
multicommodity production/distribution systems using promal goal decomposition.
Management science, 23(2),95-103.
6. Cohen.MA., &Moon. S. (1999). Impact of production scale economics, manufacturing
network and transportation costs on supply chain facility networks. Journal of
manufacturing and operations management, 43(1):64-71.
7. Cohen, Ma., Lee, HL. (1998). Strategic analysis of integrated production systems: models
and methods. Operations research, 36(2), 32-37.
8. E. nergus.SS., & Simpson. N.C., & Vakharia., A., J. (1999). Integrated
production/distribution planning in supply chain: An invited review. European journal of
operational research, 115(1): 89-96.
9. Fine, C.H., &B. Golany, &H. Naseraldin. (2005). Modeling Tradeoffs in ThreeDimensional Concurrent Engineering: A Goal Programming Approach. Journal of
Operations Management, 23(3), 389-403.
10. Ghazanfari, Hossein, & Seyyed Hosseini,Seyyed Mohammad. (2004). Providing models
in unitization chain of total logistic cost in managing provision chain. The first national
and logistic conference and provision chain Online: www.ilscs.ir/index.php
11. Mahdavi, I., & Mohajeri, A. (2010). A Mathematical Programming Approach for Multi
Echelon Supply Chain Network with Various Products and Transferring Vehicles. The
Second International Conference of Iranian Operations Research Online:
www.iust.ac.ir/find.php?item=8.7706.20533.fa
12. Korpela, J., & Lehmusvaara, A. (1999). A customer oriented approach to warehouse
network evaluation and design. International journal of production economics, 59(1), 117-
124.
13. Mabert. V.A, &Vankataramanan.MA. (1998). Special research focus on supply chain
linkages: challenges for design and management in 21th century. Decision science, 23(3),
48-55.
14. Makouey, Ahmed. (2007). two-level programming model in analyzing one provision
chain. The fifth management international conference Online:
www.ensani.ir/fa/content/61488/default.aspx
15. Mohamed, Benbouziane, &Meriem, Djennas. (2012). Agent-Based Modeling In Supply
Chain Management. International Journal of Artificial Intelligence & Applications
(IJAIA), 5(3),29-37.
16. Mirghafouri, S. H., & Seyyed Esfahani, Mirmehdi, & Azar, Adel. (2003). Designing
hierarchical model of distribution chain. Modarres Publication Online:
www.noormags.com/view/fa/articlepage/50355
17. Sabri.H.E., &Beamon.M.B.A. (2000). Multi objective approach to simultaneous strategic
and operational planning in supply chain design. Omega, 28, 134-139.
18. Safeei, Abdolsattar. (2008). Programming model of unified production in provision chain.
the sixth international industrial engineering conference Online:
www.civilica.com/Papers-IIEC06.html.
19. Shahrabi, Jamal, & Mosavi, S. E. (2008). Presenting a neural network model for
predicting demand in provision chain with exploring data approach. The second
conference of data-exploration in Iran Online: www.civilica.com/Paper-IDMC02-
IDMC02_162.html.
20. Yi-fen Su, & Chyan Yang, A. (2009). Structural equation model for analyzing the impact
of ERP on SCM. International Journal of Production Economics, 122(1), 95-103
Alagheband, Alireza. (2007). Modeling and controlling of provision model by applying
linear controlling systems. The fifth management international conference Online:
www.civilica.com/Printable-IRIMC05_050.html
2. Amid, Amin. (2006). Fuzzy multi-phase model with weight for allocating buying orders
to providers in one provision chain. The second logistic conference and provision chain
Online: www.civilica.com/Printable-NCLSC02_026.html
3. Aryanejad, & Ghol, & Mirbahador. (2008). Presenting multi-phase stock of provision
chain with discount. The sixth international industrial engineering conference Online:
www.civilica.com/Calendar-IIEC06.html
4. Arntzen, B.C., & Brown, G.G., & Harrison. T.P. & Trafton. L.L. (1995). Global supply
chain management at Digital Equipment Corporation, Interfaces, 125(1), 141-149.
5. Brown.G.G., & Graves. G.W., & Honezarenco. M.D. (1987). Design and operation of
multicommodity production/distribution systems using promal goal decomposition.
Management science, 23(2),95-103.
6. Cohen.MA., &Moon. S. (1999). Impact of production scale economics, manufacturing
network and transportation costs on supply chain facility networks. Journal of
manufacturing and operations management, 43(1):64-71.
7. Cohen, Ma., Lee, HL. (1998). Strategic analysis of integrated production systems: models
and methods. Operations research, 36(2), 32-37.
8. E. nergus.SS., & Simpson. N.C., & Vakharia., A., J. (1999). Integrated
production/distribution planning in supply chain: An invited review. European journal of
operational research, 115(1): 89-96.
9. Fine, C.H., &B. Golany, &H. Naseraldin. (2005). Modeling Tradeoffs in ThreeDimensional Concurrent Engineering: A Goal Programming Approach. Journal of
Operations Management, 23(3), 389-403.
10. Ghazanfari, Hossein, & Seyyed Hosseini,Seyyed Mohammad. (2004). Providing models
in unitization chain of total logistic cost in managing provision chain. The first national
and logistic conference and provision chain Online: www.ilscs.ir/index.php
11. Mahdavi, I., & Mohajeri, A. (2010). A Mathematical Programming Approach for Multi
Echelon Supply Chain Network with Various Products and Transferring Vehicles. The
Second International Conference of Iranian Operations Research Online:
www.iust.ac.ir/find.php?item=8.7706.20533.fa
12. Korpela, J., & Lehmusvaara, A. (1999). A customer oriented approach to warehouse
network evaluation and design. International journal of production economics, 59(1), 117-
124.
13. Mabert. V.A, &Vankataramanan.MA. (1998). Special research focus on supply chain
linkages: challenges for design and management in 21th century. Decision science, 23(3),
48-55.
14. Makouey, Ahmed. (2007). two-level programming model in analyzing one provision
chain. The fifth management international conference Online:
www.ensani.ir/fa/content/61488/default.aspx
15. Mohamed, Benbouziane, &Meriem, Djennas. (2012). Agent-Based Modeling In Supply
Chain Management. International Journal of Artificial Intelligence & Applications
(IJAIA), 5(3),29-37.
16. Mirghafouri, S. H., & Seyyed Esfahani, Mirmehdi, & Azar, Adel. (2003). Designing
hierarchical model of distribution chain. Modarres Publication Online:
www.noormags.com/view/fa/articlepage/50355
17. Sabri.H.E., &Beamon.M.B.A. (2000). Multi objective approach to simultaneous strategic
and operational planning in supply chain design. Omega, 28, 134-139.
18. Safeei, Abdolsattar. (2008). Programming model of unified production in provision chain.
the sixth international industrial engineering conference Online:
www.civilica.com/Papers-IIEC06.html.
19. Shahrabi, Jamal, & Mosavi, S. E. (2008). Presenting a neural network model for
predicting demand in provision chain with exploring data approach. The second
conference of data-exploration in Iran Online: www.civilica.com/Paper-IDMC02-
IDMC02_162.html.
20. Yi-fen Su, & Chyan Yang, A. (2009). Structural equation model for analyzing the impact
of ERP on SCM. International Journal of Production Economics, 122(1), 95-103
