Creating curves/surfaces for 3DP

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Creating 3D objects from mathematical equations using Mathematica is a viable approach for 3D printing. The user is specifically interested in printing a cycloid section and seeks tips for making it printable. A useful resource was found in the Wolfram Language documentation on 3D printing, which provides guidance on the process. The discussion emphasizes the importance of understanding the conversion of mathematical models into printable formats. Overall, leveraging Mathematica for 3D printing can yield interesting results with the right techniques.
houlahound
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I bought a 3DP,very cheap one. I want to create objects in 3D from mathematical equations not solid geometry design tools, prefer to use Mathematica.

I would like to print a cycloid section.

Any tips hot to make this printable.
 
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Cool, thanks.
 
What mathematics software should engineering students use? Is it correct that much of the engineering industry relies on MATLAB, making it the tool many graduates will encounter in professional settings? How does SageMath compare? It is a free package that supports both numerical and symbolic computation and can be installed on various platforms. Could it become more widely used because it is freely available? I am an academic who has taught engineering mathematics, and taught the...

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