1 Industrial Mathematics in Linz The Johannes-Kepler-University is situated in Linz, which is the industrial center of Austria. This location provides unique opportunities for cooperation between in dustry and a university which derives its name from one of the most eminent ap plied mathematicians of all times. The mathematics department was founded in the late Sixties, the first students graduated in 1974. In these boom times, they had no problems of finding jobs in industry. However, their employers were then more interested in their general training than in their specific mathematical skills. To change this, the department decided to actively seek cooperation with industry in what we called "problem seminars", where students were trained to solve (under guidance) real-world problems from local industry. Groundwork was already laid by a curriculum with special emphasis on numerical analysis, statistics, and optim ization. This work in problem seminars usually evolved into diploma theses. Inci dentally, in all projects presented here, students were involved at some stages. While the original motivation for cooperation with industry was educational, it turned out that most problems presented to us also led to interesting mathematical problems, so that nowadays our motivation is as much scientific as educational. When cooperating with industry, one cannot expect that the problems to be solved fall into one's special mathematical interest.
Engl / Zulehner / Wacker
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Zielgruppe
Upper undergraduate
Weitere Infos & Material
Project 1 Computing Eddy Current Losses in Reactor Coils.- Project 2 Calculation of the Hydrodynamic Coefficients for Bodies of Revolution.- Project 3 Control of the Solidification Front by Secondary Cooling in Continuous Casting of Steel.- Project 4 Optimal Reheating of Slabs in a Pusher Type Reheating Furnace.- Project 5 On the Design of the Volute of a Centrifugal Pump.- Project 6 Numerical Calculation of Separation Processes.- Project 7 Optimization of Systems of Hydro Energy Power Plants.- Project 8 A Black Box Technique for Determining the Efficiency Function of a Hydroelectric Storage Power Plant.
