boundarylayer#

class ansys.api.pyensight.ensight_api.boundarylayer(session: Session)#

Class wrapper for EnSight boundarylayer module

This class acts as a proxy for the EnSight Python module ensight.boundarylayer

Methods

boundarylayer.create_update()

Specify to create or update the boundary-layer variables on the selected 2D part(s).

boundarylayer.density(p0)

Specify the density variable to use in creating/updating the boundary-layer variables.

boundarylayer.determine_velocity_by(p0)

Specify how to assign the velocity just outside the boundary layer in calculating the boundary-layer variables.

boundarylayer.dynamic_viscosity(args)

Specify the dynamic viscosity constant value or variable name to use in creating/updating the boundary-layer variables.

boundarylayer.freestream_density(args)

Specify the freestream density constant value to use in creating/updating the boundary-layer variables.

boundarylayer.freestream_velocity(args)

Specify the freestream velocity constant value to use in creating/updating the boundary-layer variables.

boundarylayer.max_procsteps(p0, p1)

Boundarylayer: max_procsteps

boundarylayer.modify_begin()

Specify the execute construct within which to define a dependent variable used in computing the boundary-layer variables.

boundarylayer.modify_end()

Specify the execute construct within which to define a dependent variable used in computing the boundary-layer variables.

boundarylayer.momentum(p0)

Specify the momentum variable to use in creating/updating the boundary-layer variables.

boundarylayer.normal_distance(p0)

Specify the distance normal from the surface in which to determine the velocity just outside the boundary layer in order to compute the boundary-layer variables at each node on the surface.

boundarylayer.velocity(p0)

Specify the velocity variable to use in creating/updating the boundary-layer variables.

boundarylayer.velocity_magnitude(p0)

Specify the velocity magnitude normal at which to determine the velocity just outside the boundary layer in order to compute the boundary-layer variables at each node on the surface.