Solving Navier-Stokes involves solving a system of PDEs numerically, so that falls outside Sympy. As for calculation of pressure drops for flow across a pipe, those aren't even close to enough for a GSoC project.

To be honest, Navier-Stokes doesn't really fit too well with SciPy as it's kind of specialized. It does fit with SfePy (http://sfepy.org/). I don't know if they're doing GSoC, though.

Cheers,

Tim.


On 14 Mar 2014, at 19:05, Rishabh Mishra wrote:

ThankYou for the reply.
I want to add libraries for directly solve eqations of navier's stoke and other's using some standard data, ad calculation of pressure drops for a
flow across the pipe.
As mentioned by Tim, if this doesn't fall under SymPy then maybe i should
move this discussion to SciPy.


On Friday, March 14, 2014 11:47:27 PM UTC+5:30, Rishabh Mishra wrote:

Respected Sir,
I am Rishabh Mishra,2nd yr undergrad B.E.(hons.) Chemical Engineering
student from Birla Institue of Technology and Science Pilani,Goa Campus.I am new to python,but have a very sound background of java and c.I recently got introduced to see about 4 months ago and was fascinated by how easy it
makes the code to write.

ABOUT THE PROPOSAL:As i said i am new to python so i don't know what all packages are there in sympy but by my research there is nothing there on fluid dynamics or Mass transfers (for chemical industries).So. i would like to undertake a project on fluid dynamics (which i have already completed with a grade of 8/10) or mass transfer (which i will finish by this summer).

Please reply what you have in mind, and if you are interested i will put
up with what all ideas i have in mind for the particular field.



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