Did you solve this? Looking back at the book I used when I took PDEs
(Zauderer) I think you are talking about the method of
characteristics. It looks like the solution should be
dx/ds = a, dx/ds = b, dF/ds = c (note that the right-hand side can
actually be c*F + d, in which case the third equation is dF/ds = c*F +
d). Here we consider x and y to be functions of the new parameter s.
There is also some work to invert the solution to solve for s and
another parameter tau. See page 66-67 of Zauderer ("Partial
Differential Equations of Applied Mathematics"), or some similar
reference (p.s., I mention this book because it's the one that I used,
but I don't actually recommend it as it is chalk full of typos as I
recall).
Aaron Meurer
On Wed, Apr 3, 2013 at 9:16 AM, Manoj Kumar
<manojkumarsivaraj...@gmail.com> wrote:
> I'm sorry if it was ambiguous. I just saw something similar to that in the
> paper I had mentioned. My interpretation most probably is completely wrong,
> However I do seemed to have figured out the way it is supposed to be done
> with the help of Google.
>
> Cheers
> --
> Regards,
> Manoj Kumar,
> Mech Undergrad.
> BPGC
> Blog
>
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