On 20 Jun 2017, at 22:20, Shervin Sammak <shervin.sammak@gmail.com> wrote:
ShervinRegards,Hi Spencer,I am collaborating with Dimitri Mavriplis (Catherine's brother) at the University of Wyoming . Here at Pitt, I was able to put the FDF method on top of the DG code for combustion applications. The results are published in Computers & Fluids (http://doi.org/10.1016/j.compfluid.2016.09.003). Recently, I started to work on Nektar++. I would like to add combustion capability and put the FDF on Nektar++.
-----------------------------------------------------------Shervin Sammak
Research Assistant ProfessorCenter for Research Computing
University of Pittsburgh1144 Benedum Hall
Pittsburgh, PA 15261, USA
E-mail: shervin.sammak@pitt.edu
~ You chase quality and quantity will chase you.
On Tue, Jun 20, 2017 at 4:57 PM, Sherwin, Spencer J <s.sherwin@imperial.ac.uk> wrote:
HI Shervin,
I am not aware anyone has been looking into combustion with our codes to date. Let me know if you do come across anything. So far the only people I know who have looked into combustion with spectral element methods are Annanias Tombolinas and Catherine Marvripilis.
Cheers,Spencer.
On 19 Jun 2017, at 19:15, Shervin Sammak <shervin.sammak@gmail.com> wrote:
______________________________ShervinThanks,Is there any tutorial (with input files) on combustion simulation using Nektar++? Either with incompressible or compressible solver with simple A+B-->2P?I would appreciate if anyone can help me with this.
----------------------------------------------------------- Shervin Sammak
Research Assistant ProfessorCenter for Research Computing
University of Pittsburgh1144 Benedum Hall
Pittsburgh, PA 15261, USA
E-mail: shervin.sammak@pitt.edu
~ You chase quality and quantity will chase you.
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Spencer SherwinMcLaren Racing/Royal Academy of Engineering Research Chair,Professor of Computational Fluid Mechanics,Department of Aeronautics,Imperial College LondonSouth Kensington CampusLondon SW7 2AZ
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