physical_models

class ansys.fluent.core.generated.solver.settings_242.physical_models.physical_models(name=None, parent=None)

Bases: Group

Main menu to enable the required physical submodels for the discrete phase model.

Attributes

Attribute	Summary
pressure_gradient_force	OOOPS, this should not be visible.
saffman_lift_force_enabled	Enable/disable Saffman lift force acting on particles in non-uniform flow.
pressure_force_enabled	Enable/disable pressure gradient force acting on particles in non-uniform flow.
virtual_mass_force	Virtual mass force settings.
thermophoretic_force_enabled	Enable/disable thermophoretic force acting on particles in flows with strong temperature gradients.
erosion_accretion_enabled	Enable/disable wall erosion due to particles impacting on walls and/or accretion of particles on walls.
twoway_turb_coupl_enabled	Enable/disable modulation of carrier phase turbulence due to presence of particles.
secondary_breakup_enabled	Enable/disable droplet breakup due to aerodynamic forces acting on particles.
volume_displacement	Volume displacement settings.
wall_film	Main menu to enable physical submodels and modeling options for the Lagrangian wall film model.

Included in:

Parent	Summary
discrete_phase	Toplevel menu of the Discrete Phase multiphase model. A discrete phase model (DPM) is used when the aim is to investigate the behavior of the particles from a Lagrangian view and a discrete perspective.