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on | off
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Eigenvalue search method; the all method finds all eigenvalues for a full matrix and can only be used for small eigenfrequency problems.
|
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|
on | off
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|
on | off
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on | off
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|
pout | psteps
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|
tout | tsteps
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|
on | off
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|
Absolute tolerance for termination of the solver loop when method =
minimization_of_global_variable. |
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|
Global expression used to compute relative error when method!=iterations.
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Number of iterations of the solver loop when method=iterations.
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Maximum number of iterations in the solver loop when method!=iterations.
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|
Minimum number of iterations in the solver loop when method!=iterations.
|
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Relative tolerance for termination of the solver loop when method =
convergence_of_global_variable. |
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|
Threshold used to avoid division by zero while computing the relative error when method =
convergence_of_global_variable. |
|
init | sol
|
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|
Reference to study or "zero" for zero solution.
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|
init | sol
|
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|
Reference to study or "zero" for zero solution.
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|
An output property (read only) for the physics interfaces in the output. It can be used as keys while setting the outputmap and outputselectionmap.
|
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|
See Store in Output for possible options and defaults (this property corresponds to the Output column). Possible values are physics, all, none, or selection.
|
|||
|
on | off
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|
on | off
|
|
Select meshes for geometries. The length of the vector is two times the number of geometries. Example value when two geometries geom1 and geom2 are available is: new String[]{"geom1","mesh1","geom2", "mesh2"}.
|
|
on | off
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|
on | off
|
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|
filled | sparse
|
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|
on | off
|