Partnerships for Innovative Logistics Solutions.
Reverse Logistics Network Design in a PBL Environment – MU10-BOEG
Cognitive Modeling of Group Decision Behaviors in Multi-Cultural Context – YR3 UA-AFRL 2065
June 15, 2015TIE Research Program on E-Design for Supply Chain – TIE OSU-UA
June 15, 2015Reverse Logistics Network Design in a PBL Environment – MU10-BOEG
This project focuses on the component repair and distribution facility location problem in order to minimize cost and time performance with capability, capacity, and other constraints.
Sponsor:
Boeing
Research Team:
James S. Noble, Adam Rubemeyer, Gaohao Luo, Wooseung Jang
Universities Involved:
University of Missouri
Start Date:
09/01/10
End Date:
08/31/13
Summary:
This project addresses the network design problem for maintenance parts within a Performance-based Logistics (PBL) environment. It evaluates both maintenance facility location & transportation cost versus service time trade-offs.
Key deliverables have included:
– a transportation cost estimation tool
– a reverse logistics network design tool
– an analysis of a Boeing platform with respect to: total transportation spend, repair reallocation, transportation mode
We are exploring component repair and distribution facility location in order to minimize cost and time performance with capability, capacity, and other constraints.