[Faculty] Fwd: [CSRC-SDSU COLLOQUIUM]: "Ingredients for Provably Stable DG Spectral Element Viscous Compressible Flow Solvers"

[Jose Castillo]

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DATE:  *Friday, October 27, 2017*



TITLE:  *Ingredients for Provably Stable DG Spectral Element*
*Viscous Compressible Flow Solvers*



TIME:  *3:30PM*



LOCATION:  *GMCS 314*



SPEAKER:  *David A. Kopriva, Professor Emeritus*
*Department of Mathematics, Florida State University*



ABSTRACT:

High order methods have great promise, among the most important being the
potential for improved computational efficiency and fidelity when compared
to low order methods. Unfortunately, the positive features of high order
discretizations, especially low dissipation, mean they often lack the
robustness needed for industrial level computations. In this talk, I
examine the features needed for a discontinuous Galerkin spectral element
method to be provably stable for the approximation of the nonlinear
compressible Navier-Stokes equations, features that make them suitable to
compute complex flows in arbitrary geometries of industrial interest.



HOST: *Gustaaf Jacobs*



Dr. Jose E. Castillo
Director/Professor
Computational Science Research Center
5500 Campanile Drive
San Diego State University
San Diego, CA  92182-1245
(619) 59407205/3430, FAX (619) 594-2459





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-- 

Jose E. Castillo  Ph.D.

Director / Professor

Computational Science Research Center

5500 Campanile Dr

San Diego State University

San Diego CA 92182-1245

619 5947205/3430, Fax 619-594-2459

 http://www.csrc.sdsu.edu/mimetic-book/
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