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Syntax
SLOAD arg1 arg2 arg3 arg4 arg5
Description
Equal loads are represented in the cross-section as structural units. They are addressed via numbers. Once the load has been created and positioned, it is assigned a boundary line that defines the area of the load.
Arguments
arg1
Value |
unit |
Meaning |
iunit |
INT |
Number of the load in the cross-section |
arg2
Value |
unit |
Meaning |
LSECT |
KEYWORD |
Node position defined by a point of intersection of two parametric lines |
POINT |
KEYWORD |
Node position defined by a parametric point |
BOUNDARY |
KEYWORD |
Assignment of a boundary line for an existing structural unit |
arg3 - arg4 (arg2 = LSECT)
Value |
unit |
Meaning |
line1[:i] |
TEXT |
Name of the 1st reference line of the point of intersection; the optional suffix ":1" or ":2" determines the number of the point of intersection if an arc is part of the intersection. As there can be up to two points of intersection, one of the two must be determined. This can be on either the first or second clipping line. |
line2[:i] |
TEXT |
Name of the 2nd reference line of the point of intersection; the optional suffix ":1" or ":2" determines the number of the point of intersection if an arc is part of the intersection. As there can be up to two points of intersection, one of the two must be determined. This can be on either the first or second clipping line. |
arg3 (arg2 = POINT)
Value |
unit |
Meaning |
pname |
TEXT |
Name of the parametric point |
arg3 (arg2 = BOUNDARY)
Value |
unit |
Meaning |
bname |
TEXT |
Name of the boundary line that defines the geometry of the bar cross-section |
arg4 (arg2 = BOUNDARY)
Value |
unit |
Meaning |
MESHOPT |
KEYWORD |
The mesh type or the name of the user-defined set is then specified. |
arg5 (arg4 = MESHOPT)
Value |
unit |
Meaning |
optname |
Text |
Name of the user-defined set |
TRIREMESH |
KEYWORD |
Predefined set (see Mesh type) |
CM2REMESH |
KEYWORD |
Predefined set (see Mesh type) |
CM2ANISO |
KEYWORD |
Predefined set (see Mesh type) |
Scopes
CSECTION/CUNITS
Examples
SLOAD 2 LSECT "Zloc" "Yloc"
The equal load 2 is applied and positioned.
SLOAD 2 BOUNDARY "Boundary7"
The equal load 2 is determined by the geometry of the "Boundary7" boundary line.
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