Starter Subroutine LECMnn
This subroutine reads the user’s law input data.
The seven first material cards (see Radioss Starter Input Manual 3.1 to 4.1) are read before this subroutine is called.
The number of specific material cards and their formats is free.
Argument
The argument list of
LECMnn and its individual arguments and
descriptions
are:------------------------------------------------------------------------------------------
SUBROUTINE LECMnn(IIN ,IOUT ,UPARAM ,MAXUPARAM,NUPARAM NUVAR,IFUNC,MAXFUNC,NFUNC,PARMAT )
-----------------------------------------------------------------------------------------------------Definitions
| Argument | Format | Description |
|---|---|---|
IIN |
Integer read only scalar | Input file unit (Starter input file) on which the data are read. |
IOUT |
Integer read only scalar | Output file unit (Starter output file). |
UPARAM |
Float array | Array with a size NUPARAM used to store
material data. |
MAXNUPARAM |
Integer read only scalar | Maximum possible size of UPARAM. |
NUPARAM |
Integer scalar | Effective size of UPARAM.
(MAXNUPARAM~NUPARAM,
MAXNUPARAM set to 1,000). |
NUVAR |
Integer scalar | Number of extra variables needed for each element in SIGEPSnn. |
IFUNC |
Integer array | Array with a size NFUNC with the list of
Radioss functions used for this
law. The function numbers have to be stored in this array (and
not in UPARAM) because of a possible
renumbering of function numbers. |
MAXFUNC |
Integer read only scalar | Maximum possible size of IFUNC. |
NFUNC |
Integer scalar | Number of Radioss functions.
(MAXFUNC, NFUNC,
MAXFUNC set to 100). |
PARMAT |
Float array of size 3 | Modulus needed to compute interface stiffness. The Young’s or bulk modulus can define this value. The value is also used in Radioss Starter to make an estimation of the time step. |