This summer we redesigned our pages to make it easier and faster for you to find the information you're looking for. If you have any comments about our new look, we'd like to hear them. All Rights Reserved. The combination of bridging the needs of industry with academia, and coming out in a win-win situation, has been very satisfying. A mathematical model for the mechanism's wear is developed through a system of differential equations.
Strong correlation is shown with measured data.
To improve the wear distribution, an optimal shape problem is numerically solved using minimization techniques and finite difference methods. A new shape is achieved through the improvement of the wear distribution. 1 student involved The report summarizes four statistical studies conducted by a leading audio speaker manufacturer. During a three month period, the author served as a consultant to the company. There, he was involved with each of the four studies to varying degrees.