This dissertation delivers a framework to diagnose the Bull-Whip Effect (BWE) in supply chains and then identify methods to minimize it. Such a framework is needed because in spite of the significant amount of literature discussing the bull-whip effect, many companies continue to experience the...

This dissertation aims to achieve two goals. The first is to model the strategic interactions of firms that own cascaded reservoir-hydro plants in oligopolistic and mixed oligopolistic hydrothermal electricity generation markets. Although competition in thermal generation has been extensively...

The State Utility Forecasting Group (SUFG) at Purdue University utilizes econometric and end-use models to develop forecasts of electricity prices and demand on a timely basis for the Indiana Utility Regulatory Commission, in compliance with Indiana Code 8-1-8.5. As part of this procedure, SUFG...

Electricity utilities in the Southern African region are conscious that gains could be made from more economically efficient trading but have had no tools with which to analyze the effects of a change in policy. This research is the first to provide transparent quantitative techniques to...

The efficiency and the effectiveness of supply chain networks primarily rely on facility location decisions. However, these decisions are closely related to the other supply chain management decisions, i.e., inventory management and transportation decisions. Therefore, the main goal of this...

In this thesis, we identify the critical operational characteristics for various distribution strategies, and then develop integrated distribution network design models by taking into account those operational factors. The first part of this thesis presents a crossdocking network design problem...

Recognising the learning styles of today's upper level engineering undergraduates, a multimedia educational tool is developed to supplement traditional instruction in courses related to Materials Handling (MH) and facility design. The CD-ROM based system teaches design and analysis principles by...

Recognising the learning styles of today's upper level engineering undergraduates, a multimedia educational tool is developed to supplement traditional instruction in courses related to Materials Handling (MH) and facility design. The CD-ROM based system teaches design and analysis principles by...