Syntax
OPTION arg1 arg2
Description
Global calculation options for static analysis.
Arguments
Minimum number: 2
arg1
Value |
unit |
Meaning |
AUTOENUM |
KEYWORD |
Controlling automatic numbering of elements and nodes. Alternatively, members can also be numbered by the user, but FE bodies are always automatically meshed and numbered. |
AUTOTASKS |
KEYWORD |
The program automatically derives the necessary tasks within static analysis from the defined design. This makes it easier to define the calculation process. However, it may be necessary to set out a different process in special cases. |
AUTOINFL |
KEYWORD |
Controlling automatic generation of influence lines. |
ANALYSIS |
KEYWORD |
Controlling execution of the static analysis. |
EQURESIDUUM |
KEYWORD |
Level of accuracy of the equilibrium of forces in iterative processes. The smaller the tolerance, the more accurate the result and the longer the calculation time. Default setting 1.e-3. |
EQUDISPLACE |
KEYWORD |
Level of accuracy of the deformation equilibrium in iterative processes. The smaller the tolerance, the more accurate the result and the longer the calculation time. Default setting 1.e-6. |
BEAMSHEARDEF |
KEYWORD |
Consideration of shear deformation in bars (see "Timoshenko bar") |
FEMDEPTH |
KEYWORD |
Global setting of the model depth of the FE model |
EMOD(T) |
KEYWORD |
Time-dependent consideration of the E-modulus |
arg2
Value |
unit |
Meaning |
ON |
KEYWORD |
Option is selected (not for arg1 = EQURESIDUUM, EQUDISPLACE or FEMDEPTH). |
OFF |
KEYWORD |
Option is not selected (not for arg1 = EQURESIDUUM, EQUDISPLACE or FEMDEPTH). |
tol |
DOUBLE |
Tolerance (only for arg1 = EQURESIDUUM or EQUDISPLACE) |
idepth |
INT |
A number >= 0 defines the model depth. All relevant objects and operations outside the model depth are not taken into account when creating the FE model. (only for arg1 = FEMDEPTH) |
Scopes
PROJECT
Examples
OPTION AUTOENUM ON
Auto-numbering is switched on.
OPTION EQURESIDUUM 1.e-3
The balance of forces is achieved when the residual of each individual force component is within the specified tolerance.
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