This article presents a technique for machining mathematical surfaces. The cutter path selection and a technique for three-dimensional tool compensation are detailed. Additionally, a method of engraving lines of curvature onto the machined surface is included. This work was undertaken by students of engineering; the end product is to be used by students of mathematics.
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References
1.
RektorysK. (1969), Survey of Applicable Mathematics, Iliffe Books, London.
