fstr_contact_search.f90 File Reference

Go to the source code of this file.

Modules
module	m_fstr_contact_search
	Contact search and state scanning at search level (all pairs in one tContact)

Functions/Subroutines
subroutine	m_fstr_contact_search::is_known_master_in_segment (contact, known_masters, n_known, id, is_known)
	Update the known-master set for one slave segment and report whether id is new. When the pair uses SPARSITY_NEIGHBOR, neighbors of already-known masters are also treated as known (their sparsity is pre-registered). If id is genuinely new, it is appended to known_masters so that subsequent IPs in the same segment don't double-count it. More...
subroutine	m_fstr_contact_search::track_contact_position (nslave, contact, currpos, currdisp, infoCTChange, nodeID, elemID, flag_ctAlgo)
	This subroutine tracks down next contact position after a finite slide When flag_ctAlgo is present, implicit-specific processing (update_TangentForce for SLagrange) is performed. More...
subroutine	m_fstr_contact_search::scan_contact_state (contact, currpos, currdisp, infoCTChange, nodeID, elemID, is_init, active, hecMESH, flag_ctAlgo, ndforce)
	This subroutine update contact states, which include. More...
subroutine	m_fstr_contact_search::scan_embed_state (flag_ctAlgo, embed, currpos, currdisp, ndforce, infoCTChange, nodeID, elemID, is_init, active, B)
	This subroutine update contact states, which include. More...
subroutine	m_fstr_contact_search::remove_duplication_tiedcontact (cstep, hecMESH, fstrSOLID, infoCTChange)
	Scanning contact state. More...
subroutine	m_fstr_contact_search::scan_contact_state_ss (contact, currpos, infoCTChange, is_init, active)
	Scan the contact state of every integration point of every slave segment of one SURF-SURF (mortar) contact pair. Unlike the NODE-SURF scan there is no per-node tensile-force release: a segment integration point is released by the gap criterion in track_contact_position_ss, so no nodal force vector is needed here. More...
subroutine	m_fstr_contact_search::track_contact_position_ss (coord, state, sSurf, ncoord, contact, currpos, infoCTChange, counted_nbr, counted_byd)

Variables
integer(kind=kint), parameter	m_fstr_contact_search::contact_log_level = 0
	Set >= 1 to enable per-node contact log output (for debugging) More...