Freight Flow Models for Containerized Freight Security – OU06-FRT

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Freight Flow Models for Containerized Freight Security – OU06-FRT

This project researches freight modeling, competition, price, policy and flow capacity of a process to develop a scalable global flow model.

Sponsor:

Oklahoma Department of Transportation

Research Team:

P. Simin Pulat, Guoqiang Shen, Justin LeBeau, Charu Ojha, Jiahui Wang

Universities Involved:

University of Oklahoma

Start Date:

06/12/06

End Date:

05/15/07

Summary:

This project researches freight modeling, competition, price, policy, flow capacity, etc. for the Oklahoma Department of Transportation. It focuses on the development of a scalable global freight flow model.
This research focuses on the development of a scalable global freight flow model that predicts volume and mix of inter-modal freight in the next decade and beyond, and distributes it over a secure multi-modal transportation network while considering operational metrics and efficiencies at inter-modal facilities.

The objectives of the project are:

* To understand containerized freight flows between US ports and International ports, and between US ports in USA
* Plan procedures that provide forward visibility of overloaded security resources
* To understand how security inspection affects daily terminal operations