Module with a namelists for reading superelement data. More...

Variables
integer, parameter	maxtriads_p = 10000
	Max number of triads. More...

integer, parameter	maxgendofs_p = 1000
	Max number of component modes. More...

integer	id
	Base ID of the triad. More...

integer, dimension(10)	extid
	User ID path of the superelement. More...

integer	numloadcase
	Number of load cases. More...

integer	numstates
	Number of states in non-linear reduction. More...

integer	numgendofs
	Number of component modes. More...

integer	numtriads
	Number of connected triads. More...

integer, dimension(maxtriads_p)	triadids
	Base ID of all connected triads. More...

integer, dimension(maxtriads_p)	nodeids
	Node numbers associated with the triads. More...

integer	elpropid
	ID of the (beam) element properties. More...

integer	shadowposalg
	Flag for co-rotated positioning algorithm. More...

integer	reftriad1id
	Base ID of first reference triad. More...

integer	reftriad2id
	Base ID of second reference triad. More...

integer	reftriad3id
	Base ID of third reference triad. More...

integer, dimension(3)	stressstiffflag
	Flags for enabling of geometric stiffness. More...

integer	masscorrflag
	Flag for enabling mass correction. More...

integer	recoveryflag
	Flag for enabling stress recovery. More...

integer, dimension(maxgendofs_p)	bc
	Boundary conditions for component modes. More...

integer	strdmpengineid
	Base ID for structural damping function. More...

integer	massengineid
	Base ID for mass scaling function. More...

integer	stiffengineid
	Base ID for stiffness scaling function. More...

integer	savepos
	Flag indicating whether position should be saved. More...

integer, dimension(3)	savevar
	Flags indicating which variables should be saved. More...

character(ldesc_p)	extdescr
	User description. More...

character(lfnam_p), dimension(7)	inputfiles
	Superelement matrix files. More...

character(lfnam_p)	bodyfile
	Geometry file for hydrodynamics. More...

character(len=128)	elmgroups
	Element groups to do recovery for. More...

real(dp), dimension(4, 3)	suppos
	Initial position matrix (undeformed state) More...

real(dp), dimension(3)	offset1
	Offset vector for reference point wrt. refTriad1Id. More...

real(dp), dimension(3)	offset2
	Offset vector for reference point wrt. refTriad2Id. More...

real(dp), dimension(3)	offset3
	Offset vector for reference point wrt. refTriad3Id. More...

real(dp)	stiffscale
	Stiffness scaling factor. More...

real(dp)	massscale
	Mass scaling factor. More...

real(dp), dimension(3, 6)	dragparams
	Drag parameters. More...

real(dp), dimension(3)	slamparams
	Slamming parameters. More...

real(dp)	alpha1
	Mass proportional damping factor. More...

real(dp)	alpha2
	Stiffness proportional damping factor. More...

real(dp), dimension(maxgendofs_p)	alpha3
	Mass-proportional damping for comp. modes. More...

real(dp), dimension(maxgendofs_p)	alpha4
	Stiff-proportional damping for comp. modes. More...

integer	supelid
	Superelement base ID. More...

integer	triadid
	Triad base ID. More...

real(dp), dimension(4, 3)	undposinsupelsystem
	Undeformed relative triad position. More...

real(dp), dimension(3)	eccvec
	Eccentricity vector for stiffness. More...

real(dp), dimension(3)	eccmass
	Eccentricity vector for mass. More...

Detailed Description

Module with a namelists for reading superelement data.

Variable Documentation

◆ alpha1

real(dp) supelnamelistmodule::alpha1

Mass proportional damping factor.

◆ alpha2

real(dp) supelnamelistmodule::alpha2

Stiffness proportional damping factor.

◆ alpha3

real(dp), dimension(maxgendofs_p) supelnamelistmodule::alpha3

Mass-proportional damping for comp. modes.

◆ alpha4

real(dp), dimension(maxgendofs_p) supelnamelistmodule::alpha4

Stiff-proportional damping for comp. modes.

◆ bc

integer, dimension(maxgendofs_p) supelnamelistmodule::bc

Boundary conditions for component modes.

◆ bodyfile

character(lfnam_p) supelnamelistmodule::bodyfile

Geometry file for hydrodynamics.

◆ dragparams

real(dp), dimension(3,6) supelnamelistmodule::dragparams

Drag parameters.

◆ eccmass

real(dp), dimension(3) supelnamelistmodule::eccmass

Eccentricity vector for mass.

◆ eccvec

real(dp), dimension(3) supelnamelistmodule::eccvec

Eccentricity vector for stiffness.

◆ elmgroups

character(len=128) supelnamelistmodule::elmgroups

Element groups to do recovery for.

◆ elpropid

integer supelnamelistmodule::elpropid

ID of the (beam) element properties.

◆ extdescr

character(ldesc_p) supelnamelistmodule::extdescr

User description.

◆ extid

integer, dimension(10) supelnamelistmodule::extid

User ID path of the superelement.

◆ id

integer supelnamelistmodule::id

Base ID of the triad.

◆ inputfiles

character(lfnam_p), dimension(7) supelnamelistmodule::inputfiles

Superelement matrix files.

◆ masscorrflag

integer supelnamelistmodule::masscorrflag

Flag for enabling mass correction.

◆ massengineid

integer supelnamelistmodule::massengineid

Base ID for mass scaling function.

◆ massscale

real(dp) supelnamelistmodule::massscale

Mass scaling factor.

◆ maxgendofs_p

integer, parameter supelnamelistmodule::maxgendofs_p = 1000

Max number of component modes.

◆ maxtriads_p

integer, parameter supelnamelistmodule::maxtriads_p = 10000

Max number of triads.

◆ nodeids

integer, dimension(maxtriads_p) supelnamelistmodule::nodeids

Node numbers associated with the triads.

◆ numgendofs

integer supelnamelistmodule::numgendofs

Number of component modes.

◆ numloadcase

integer supelnamelistmodule::numloadcase

Number of load cases.

◆ numstates

integer supelnamelistmodule::numstates

Number of states in non-linear reduction.

◆ numtriads

integer supelnamelistmodule::numtriads

Number of connected triads.

◆ offset1

real(dp), dimension(3) supelnamelistmodule::offset1

Offset vector for reference point wrt. refTriad1Id.

◆ offset2

real(dp), dimension(3) supelnamelistmodule::offset2

Offset vector for reference point wrt. refTriad2Id.

◆ offset3

real(dp), dimension(3) supelnamelistmodule::offset3

Offset vector for reference point wrt. refTriad3Id.

◆ recoveryflag

integer supelnamelistmodule::recoveryflag

Flag for enabling stress recovery.

◆ reftriad1id

integer supelnamelistmodule::reftriad1id

Base ID of first reference triad.

◆ reftriad2id

integer supelnamelistmodule::reftriad2id

Base ID of second reference triad.

◆ reftriad3id

integer supelnamelistmodule::reftriad3id

Base ID of third reference triad.

◆ savepos

integer supelnamelistmodule::savepos

Flag indicating whether position should be saved.

◆ savevar

integer, dimension(3) supelnamelistmodule::savevar

Flags indicating which variables should be saved.

◆ shadowposalg

integer supelnamelistmodule::shadowposalg

Flag for co-rotated positioning algorithm.

◆ slamparams

real(dp), dimension(3) supelnamelistmodule::slamparams

Slamming parameters.

◆ stiffengineid

integer supelnamelistmodule::stiffengineid

Base ID for stiffness scaling function.

◆ stiffscale

real(dp) supelnamelistmodule::stiffscale

Stiffness scaling factor.

◆ strdmpengineid

integer supelnamelistmodule::strdmpengineid

Base ID for structural damping function.

◆ stressstiffflag

integer, dimension(3) supelnamelistmodule::stressstiffflag

Flags for enabling of geometric stiffness.

◆ supelid

integer supelnamelistmodule::supelid

Superelement base ID.

◆ suppos

real(dp), dimension(4,3) supelnamelistmodule::suppos

Initial position matrix (undeformed state)

◆ triadid

integer supelnamelistmodule::triadid

Triad base ID.

◆ triadids

integer, dimension(maxtriads_p) supelnamelistmodule::triadids

Base ID of all connected triads.

◆ undposinsupelsystem

real(dp), dimension(4,3) supelnamelistmodule::undposinsupelsystem

Undeformed relative triad position.

Variables