SurfaceUtilities#

class ansys.meshing.prime.SurfaceUtilities(model)#

Performs various general surface utilities algorithms.

For example, copy zonelets, resolve surface intersections.

Parameters:

Methods

`SurfaceUtilities.add_thickness`(zonelets, params)	Add thicknesss to input face zonelets.
`SurfaceUtilities.copy_face_zonelets`(...)	Copy face zonelets.
`SurfaceUtilities.create_boi`(...)	Create BOI to input face zonelets.
`SurfaceUtilities.create_cap_on_face_zonelets`(...)	Create caps on the given face zonelets.
`SurfaceUtilities.create_contact_patch`(...)	Create a contact patch by offsetting the target zonelets.
`SurfaceUtilities.delete_unwetted_surfaces`(...)	Delete unwetted surfaces based on material point list.
`SurfaceUtilities.fill_holes_at_plane`(...)	Fill holes in given face zonelets at given plane.
`SurfaceUtilities.fix_invalid_normal_nodes_of_face_zonelets`(...)	Create nuggets to fix invalid normal at nodes of the given face zonelets.
`SurfaceUtilities.get_bounding_box_of_zonelets`(...)	Get bounding box of given zonelets.
`SurfaceUtilities.project_topo_faces_on_geometry`(...)	Project nodes of given topofaces on geometry associated to those topofaces.
`SurfaceUtilities.refine_at_contacts`(...)	Refine face elements in contact with other parts.
`SurfaceUtilities.resolve_intersections`(...)	Resolve facezonelets intersections.
`SurfaceUtilities.smooth_dihedral_face_nodes`(...)	Perform a smoothing operation to eliminate sharp corners at locations where the input face zonelets intersect.
`SurfaceUtilities.stretch_free_boundaries`(...)	Stretch free boundaries of each zonelet.
`SurfaceUtilities.triangulate_face_zonelets`(...)	Split faces in zonelets to get triangular faces.

Examples using SurfaceUtilities#