|
What
is TURBO and MSU TURBO
?
TURBO
is a scalable parallel compressible turbomachinery flow simulation code
that solves the Unsteady Reynolds-Averaged Navier-Stokes equations for
turbomachinery geometries represented by multiblock structured grids with
arbitrary block connectivity. It is being developed by the Computational
Simulation and Design Center (SimCenter) at the Engineering
Research Center (ERC) at Mississippi
State University (MSU).
TURBO_P.V3 is a beta version production code that has evolved over the
past few years under support from NASA
Glenn Research Center, US
Army Research Office, GE
Aircraft Engines, and Honeywell
Engines Systems and Services,
and it is continuously being
extended and improved.
MSU TURBO is a graphical user interface for using the TURBO code.
It includes various tools that simplify the use of TURBO for the analysis
of turbomachinery design: GUMBO (Graphical Unstructured MultiBlock Omnitool),
which is a graphical preprocessor for grid and boundary condition information
needed by the flow solver, and the Online Documentation are tools which
can be launched from the MSU TURBO interface. The graphical capacity to
define and set input parameters can be performed directly in the MSU TURBO
interface.
NOTE: TURBO, and MSU TURBO are works in progress and will be continuously
enhanced over time.
|