FEDEM Solver  R8.0
Source code of the dynamics solver
Variables
triadnamelistmodule Module Reference

Module with a namelist for reading triad data. More...

Variables

integer id
 Base ID of the triad. More...
 
integer, dimension(10) extid
 User ID path of the triad. More...
 
integer ndofs
 Number of nodal DOFs (0, 3 or 6) More...
 
integer sysdir
 System directions flag (0-3) More...
 
integer, dimension(6) bc
 Boundary condition codes. More...
 
integer savepos
 Flag indicating whether position should be saved. More...
 
integer, dimension(7) savevar
 Flags indicating which variables should be saved. More...
 
character(ldesc_p) extdescr
 User description. More...
 
real(dp), dimension(4, 3) ur
 Initial position matrix (undeformed state) More...
 
real(dp), dimension(6) urd
 Initial velocities. More...
 
real(dp), dimension(6) urdd
 Initial accelerations. More...
 
real(dp), dimension(3, 3) dragparams
 Drag parameters. More...
 

Detailed Description

Module with a namelist for reading triad data.

Variable Documentation

◆ bc

integer, dimension(6) triadnamelistmodule::bc

Boundary condition codes.

◆ dragparams

real(dp), dimension(3,3) triadnamelistmodule::dragparams

Drag parameters.

◆ extdescr

character(ldesc_p) triadnamelistmodule::extdescr

User description.

◆ extid

integer, dimension(10) triadnamelistmodule::extid

User ID path of the triad.

◆ id

integer triadnamelistmodule::id

Base ID of the triad.

◆ ndofs

integer triadnamelistmodule::ndofs

Number of nodal DOFs (0, 3 or 6)

◆ savepos

integer triadnamelistmodule::savepos

Flag indicating whether position should be saved.

◆ savevar

integer, dimension(7) triadnamelistmodule::savevar

Flags indicating which variables should be saved.

◆ sysdir

integer triadnamelistmodule::sysdir

System directions flag (0-3)

◆ ur

real(dp), dimension(4,3) triadnamelistmodule::ur

Initial position matrix (undeformed state)

◆ urd

real(dp), dimension(6) triadnamelistmodule::urd

Initial velocities.

◆ urdd

real(dp), dimension(6) triadnamelistmodule::urdd

Initial accelerations.