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The partnership between academic institutions and industry represents the effective integration of private and public sectors to enhance the United States competitive edge in the global market place. CELDi provides integrated solutions to logistics problems, through research related to modeling, analysis and intelligent-systems technologies.
Various industry sponsored projects were successfully completed by CELDi at the Oklahoma State University.
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Equipment Scheduling and Optimization This project, will create an optimization model that will determine the optimal configuration and assignment of pumping equipment at the multiple Halliburton camps. It will be able to schedule equipment from multiple camps to known jobs so that pumping equipment utilization is maximized. We believe that this model will show Halliburton how to more efficiently utilize their pumping equipment. |
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| Sponsor : | Halliburton | |||||||||||||||||
| Project Title: | Equipment Scheduling and Optimization | |||||||||||||||||
| PI/Co PI: | Dr.Ricki G. Ingalls and Dr.Carlos Oliveria | |||||||||||||||||
| Period : | 1/1/2005 - 12/31/2005 | |||||||||||||||||
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Freight Movement Model Development for Oklahoma The previous phases of the project focused on literature review, development of the regional mathematical model, verification of the regional model and software development. The focus now is on the completion of the software prototype and the development of the state freight movement model for Oklahoma. The proposed framework can be used to predict the freight flows in any state. |
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| Sponsor : | Oklahoma Department of Transportation (ODOT) | |||||||||||||||||
| Project Title: | Freight Movement Model Development for Oklahoma | |||||||||||||||||
| PI/Co PI: | Ricki G. Ingalls, Ph.D., Manjunath Kamath, Ph.D., Samir A. Ahmed, Ph.D. (OSU); P. Simin Pulat, Ph.D., Guoqiang Shen, Ph.D. (OU) | |||||||||||||||||
| Period : | 3/17/2005 - 3/16/2006 | |||||||||||||||||
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Manufacturing and Distribution Strategies for Volatile and Cyclical Customer Demand Researchers from Oklahoma State University partnered with a sponsor to investigate and develop business management models that will develop manufacturing and distribution strategies in markets with volatile and cyclical customer demand. Business cycles in the sponsor’s industry have traditionally been long, and this long boom-bust cycle has allowed companies in the industry to fluctuate the use of key resources, such as direct labor and equipment, without incurring burdensome costs. However, the new business cycle for the industry has been shortened to approximately 6-9 months. The new cycle creates several issues that the sponsor needs to address in order to create a competitive advantage in its markets. |
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| Sponsor : | Smith Tool | |||||||||||||||||
| Project Title: | Manufacturing and Distribution Strategies for Volatile and Cyclical Customer Demand | |||||||||||||||||
| PI/Co PI: | Dr. Ricki G. Ingalls | |||||||||||||||||
| Period : | September 2002 - June 2003 | |||||||||||||||||
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Success Factors in eProcurement and eTrading in the Petroleum Industry Researchers from the School of Industrial Engineering and Management at Oklahoma State University partnered with the sponsor to investigate and determine the success factors for electronic procurement and electronic trading. |
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| Sponsor : | Conoco Phillips | |||||||||||||||||
| Project Title: | Success Factors in eProcurement and eTrading in the Petroleum Industry | |||||||||||||||||
| PI/Co PI: | Dr. Ricki G. Ingalls | |||||||||||||||||
| Period : | June 2002 - November 2002 | |||||||||||||||||
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Modeling the Value Proposition of the Marketplace vs. Direct Connection in the Petroleum Industry Researchers from the School of Industrial Engineering and Management at Oklahoma State University partnered with the sponsor to model the value proposition of the B2B online marketplace vs. direct connection |
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| Sponsor : | Conoco Phillips | |||||||||||||||||
| Project Title: | Modeling the Value Proposition of the Marketplace vs. Direct Connection in the Petroleum Industry | |||||||||||||||||
| PI/Co PI: | Dr. Ricki G. Ingalls | |||||||||||||||||
| Period : | Jan 2003 - May 2003 | |||||||||||||||||
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Large Part Material Handling at the Oklahoma City Air Logistics Center The project described the methods and findings for a material handling study at the Oklahoma City Air Logistics Center. The study looked into eliminating the practice of outside large component storage and handling. |
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| Sponsor : | Oklahoma City Air Logistics Center | |||||||||||||||||
| Project Title: | Large Part Material Handling at the Oklahoma City Air Logistics Center | |||||||||||||||||
| PI/Co PI: | Dr. John Nazemetz, Dr. Paul Rossler | |||||||||||||||||
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Fleet Optimization for Oilfield Production Enhancement Services The project created a model that will determine an optimal configuration of production enhancement equipment at camps for a given set of potential jobs. |
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| Sponsor : | Halliburton | |||||||||||||||||
| Project Title: | Fleet Optimization for Oilfield Production Enhancement Services | |||||||||||||||||
| PI/Co PI: | Dr. Ricki G. Ingalls | |||||||||||||||||
| Period : | January 2004 - August 2004 | |||||||||||||||||
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Labor Planning Model for Uncertain Demand This project, led by Dr. Ricki Ingalls created a labor planning model for Crane NWSC that takes into account volatile demand profiles. |
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| Sponsor : | Crane NWSC | |||||||||||||||||
| Project Title: | Labor Planning Model for Uncertain Demand | |||||||||||||||||
| PI/Co PI: | Dr. Ricki G. Ingalls | |||||||||||||||||
| Period : | October 2004 - April 2005 | |||||||||||||||||
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Porphyrin Mediated Destruction of Nitroenergetics The goal of this work was to devise and understand a continuous-feed on-line solar-powered process for the destruction of energetic and hazardous materials. The final end-product was a mobile flatbed or flat-car based solar unit to process energetic materials on-site without that logistics processes that transport the chemicals to a facility. This represents a mobile processing plant whose operation is on-demand in terms of time and location. This eliminates the need for the reverse logistics process of transporting hazardous materials over commercial public rails and highways; elimination of the hazard of truck and rail logistics also eliminates the potential of environmental disasters associated with those logistics processes. |
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| Sponsor : | U.S. Army Defense Ammunition Center (DAC) | |||||||||||||||||
| Project Title: | Porphyrin Mediated Destruction of Nitroenergetics | |||||||||||||||||
| PI/Co PI: | H.James Harmon, Department of Physics, Okahoma State University | |||||||||||||||||
| Period : | 12/18/2004 - 12/17/2007 | |||||||||||||||||
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Industrial Engineering and Management Oklahoma State University 322 Engineering North Stillwater, OK 74078 |
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Material in this site is based upon work supported by the National Science Foundation under Grant No. EEC-0214478. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. |