Theses most similar to Velocity-based storage and stowage decisions in a semi-automated fulfillment system (Yuan, Ron; 2016) read it
- Advisor: Jarrod Goentzel
- Engineering Systems Division
- Advisors: Cynthia Barnhart; Nigel H.M. Wilson
- Department of Civil and Environmental Engineering
Managing and scheduling inbound material receiving at a distribution center
Jackson, David O. (David Oliver) (2005)
- Advisors: David Simchi-Levi Roy Welsc; Jéréme Gallie
- Department of Civil and Environmental Engineering
- Advisor: Ernst G. Frankel
- Department of Ocean Engineering
Analysis of demand variability and robustness in strategic transportation planning
Lokhandwala, Ahmedali (Ahmedali Abbas) (2010)
- Advisor: Chris Caplice
- Department of Civil and Environmental Engineering; Engineering Systems Division
A phased approach to distribution network optimization given incremental supply chain change
Riechel, Patrick (2012)
- Advisors: Chris Caplice; Donald Rosenfield
- Engineering Systems Division
Lowering outbound shipping costs in an online retail environment by making better fulfillment and replenishment decisions
Acimovic, Jason Andrew (2012)
- Advisor: Stephen C. Graves
- Operations Research Center
Reducing total fulfillment costs through distribution network design optimization
Guasch Rodriguez, David (2013)
- Advisors: Stanley B. Gershwin; Stephen C. Graves
- Department of Mechanical Engineering
- Advisors: Amedeo R. Odoni; Cynthia Barnhart
- Operations Research Center
Optimal Multi-Temperature delivery frequency for small format stores
Barooah, Mayurpankhi; Shin, Seung Hwan (2015)
- Advisor: Chris Caplice
- Engineering Systems Division