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| Inside this issueOverview Could Ping be the next Michael Jordan? Faculty highlight Engineering outreach Civil & enviornmental engineering with dam and levee research MSU Challenge X team Awards & Recognition • Mississippi State student engineering teams earn regional awards BCoE & MSU Quick LinkBagley College of Engineering |
Yes, 'Dorothy,' math really does equate into our everyday lives Many teenagers have sat in math classes working algebra or calculus problems and the question that usually comes up is, “How is this going to apply to the real world when I get a job.” Keith Walters, an assistant professor of mechanical engineering has the answer. He has been awarded nearly a half-a-million dollars by the National Science Foundation (NSF) to explore innovative math algorithms (i.e. math problems) that will reduce errors in computer simulations—specifically computational fluid dynamic (CFD) simulations. CFD uses high performance computers to simulate complex fluid flows such as aerodynamic analysis of air around vehicles, combustion processes of gases in rockets, and simulations of blood and airflow in the circulatory system and lungs.
Walters pointed out that, “Computational fluid dynamics research has been around for several decades,” and added, “What is new about my research is using innovative methods of creating flexible algorithms that can be applied during the course of a CFD simulation.”
“If they watch a virtual computer simulation that shows how a math, science or engineering problem can affect the design of a rocket or heart pump maybe it will help them connect the dots of why studying these subjects and pursuing a career in these fields are important,” said Walters. The NSF CAREER awards have a value of up to $500,000 and are awarded to only a few professors in the country who are in the early stages of their career. Since the turn of the century, 12 MSU professors have been granted this prestigious award. The National Science Foundation is an independent federal agency created by Congress in 1950 to promote science and education through research programs and educational projects. Story by: Diane L. Godwin |
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