Moving Reference Frame

D 17 février 2011

Since r713, it is possible to define a Moving Reference Frame (MRF) attached to the mesh. Equations are solved with the MRF velocities. External forces are modeled according to the MRF definition.

The MRF definition is done with a specific BLOCK:MRF definition.

The current MRF type are

`ROTATION`

BLOCK:MRF

  NAME       = my_rotation           ! optional

  TYPE       = ROTATION

  CENTER     = ( 5., 2., 0.)       ! default is ( 0., 0., 0.)

  AXIS       = ( 0., 0., 1.)       ! default

  OMEGA_RPM  = 600.                ! 600 round per minute ~ 62.8 rad/s

ENDBLOCK

`OSCILLATING_ROTATION`

BLOCK:MRF

  NAME       = my_rotation           ! optional

  TYPE       = OSCILLATING_ROTATION

  CENTER     = ( 5., 2., 0.)       ! default is ( 0., 0., 0.)

  AXIS       = ( 0., 0., 1.)       ! default

  OMEGA_RPM  = 600.                ! 600 round per minute ~ 62.8 rad/s (default is 0)

  OSC_ANGLE  = 10.                 ! max angle deviation (degree)

  OSC_PERIOD = .01                 ! oscillating period  (second)

ENDBLOCK

Dans la même rubrique

Boundary conditions : compressible flow Some parameters denoted symbolic function can be defined as symbolic functions which can depend on x, y, z and (...)

mercredi 9 février 2011

Mesh import Typhon can import CGNS files (legacy mesh import, see CGNS import for further details). TYPHON internal format (...)

vendredi 28 mai 2010

Initialization : compressible flow Initial conditions for compressible flow solver is defined in BLOCK:INIT section. One can use the solution is the (...)

jeudi 3 septembre 2009

Probes Probes definitions are used to compute a scalar value from the solution. It only currently can compute a (...)

vendredi 19 juin 2009

Boundary conditions : periodicity In main.rpm file, one must define first the periodicity : translation periodicityBLOCK:PERIODICITY NAME = (...)

mercredi 13 mai 2009

Outputs Outputs file are currently managed with main.rpm file. One can defined either an output of the zone through (...)

mardi 12 mai 2009

Moving Reference Frame

`ROTATION`

`OSCILLATING_ROTATION`

Dans la même rubrique

Rechercher

Pages

Boundary conditions : compressible flow

Mesh import

Initialization : compressible flow

Probes

Boundary conditions : periodicity

Outputs