Initialization of contact element objects from the solver input file. More...

Functions/Subroutines
subroutine	readcontactelements (infp, triads, cSurfs, frictionSets, baseSprings, baseDampers, cElems, err)
	Initializes contact elements with data from the solver input file. More...

subroutine, private	initiatecontactelement (cElem, cSurf, doDebug)
	Initializes a contact element after reading the solver input file. More...

Detailed Description

Initialization of contact element objects from the solver input file.

Function/Subroutine Documentation

◆ initiatecontactelement()

subroutine, private initiatecontactelmtypemodule::initiatecontactelement	(	type(contactelementtype), intent(inout)	cElem,
		type(glidercurvetype), intent(inout)	cSurf,
		logical, intent(in), optional	doDebug
	)

private

Initializes a contact element after reading the solver input file.

Parameters

	cElem	The contact element to initializes
	cSurf	The contact surface which is used by cElem
[in]	doDebug	If .true., print extra output to separate debug file

This subroutine determines which contact curve domain the follower initially is in contact with, or which domain the follower initially is closest to if not initially in contact.

Author: Knut Morten Okstad

Date: Oct 2005

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◆ readcontactelements()

subroutine initiatecontactelmtypemodule::readcontactelements	(	integer, intent(in)	infp,
		type(triadtype), dimension(:), intent(in)	triads,
		type(glidercurvetype), dimension(:), intent(in)	cSurfs,
		type(frictionparametertype), dimension(:), intent(in)	frictionSets,
		type(springbasetype), dimension(:), intent(in)	baseSprings,
		type(damperbasetype), dimension(:), intent(in)	baseDampers,
		type(contactelementtype), dimension(:), pointer	cElems,
		integer, intent(out)	err
	)

Initializes contact elements with data from the solver input file.