-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA256 Hi Dinesh,
On 27/10/2015 00:22, Dinesh Bhatia wrote: > I have just downloaded PyFR. I need an incompressible > Navier-Stokes solution for a laminar boundary layer problem with > the free-stream boundary condition to be a Neumann type. PyFR is primarily designed to solve the compressible Navier-Stokes equations. Although it can be run in the near-incompressible regime it is far from ideal and the performance is unlikely to be competitive. > I have seen the basic types of BC options in PyFR and there is no > direct way to apply such a BC. My questions are: 1) Is it possible > to get good results of an incompressible boundary layer problem in > PyFR. 2) Is there a way to apply the Neumann Boundary Condition for > U velocity and Dirichlet for V velocity at the free-stream > boundary. This is not currently possible. Regards, Freddie. -----BEGIN PGP SIGNATURE----- Comment: GPGTools - http://gpgtools.org iQIcBAEBCAAGBQJWL4LRAAoJEJ5wYUFIoPof4BsP+weHv5ovKhlZql8s7Rdn6iFi Av6v+W8tK/pyPV6Y5rlofYW9I7wjwKMRcgZZRzllZSch7rC7HIjyh77vs70/mPDn XgVj3II8UAsqBEo+WWwSv0ARoAcaKT79Gbdh50i5LM03E6UQpypaYew+Rj3xt5tg /0NnHpZ/NBQhrOTMu6gOFHiOPZPiPDfn+u7SlVMDKW1mcuTlNItIuNZU4DBgmVQA nTFCNx4Gz17Kgo5k99TdgB7UtVXq4UzWa+W7AQL6wred9ZTfaPz2SGBZcBd64+mt ToIrfj3mSROKXUTsu4gzqL7gJhCnBMXNTPZ4MYhgrI8zpuSbRbkeTFDcFwkZ6UWk ASUdlI3ONylhXpC4p/6vEAaTN1IYz7KSe9N0Z6RM5DVK9mf3izEFw6scPHiMBJfH GS+hIjOJkeh5Jz8eNljZSinAmjmv27D0k6IP6Cb3wrx9ZnhGtpbqcEgY8iL9+xDR R2+mPqLjTvzrzheh0nGgXqwxUcGZ2Ap01o147kxybeUopAHINpcMygc5spzPPiaM E2VSOV/LEgyaPbGlXuJV6bb+r37e+/DAZ1KBlPPMP82eIMc2OpDJ1H9ycO2TBxV5 k5BC/+cGAwcnTurl/V4IkRo06NpCJVxX7IM09wkls5R+fs7tEuwR6yFWnw3emz2f E1d+Ef302AXjqmxL1aAE =roFs -----END PGP SIGNATURE----- -- You received this message because you are subscribed to the Google Groups "PyFR Mailing List" group. To unsubscribe from this group and stop receiving emails from it, send an email to pyfrmailinglist+unsubscr...@googlegroups.com. To post to this group, send an email to pyfrmailinglist@googlegroups.com. Visit this group at http://groups.google.com/group/pyfrmailinglist. For more options, visit https://groups.google.com/d/optout.
