RMSMPLE, Nlgeom, Cap, Seqslv, Eeqslv
Runs finite element solutions and obtains sample points for the
ROM method.
NlgeomSpecify whether a large or small deflection analysis is to be performed for the mechanical domain:
OFF (or 0) | — | Perform small deflection analysis (default). |
ON (or 1) | — | Perform large deflection analysis. |
CapCapacitance calculation method.
CHARGE | — | Compute capacitance based on the charge voltage relationship (default). |
CMATRIX | — | Employ CMATRIX macro to calculate capacitance. |
SeqslvSolver for structural analysis:
SPARSE | — | Sparse direct equation solver (default). |
PCG | — | Pre-conditioned Conjugate Gradient iterative equation solver. |
EeqslvSolver for electrostatic analysis:
SPARSE | — | Sparse direct equation solver (default). |
JCG | — | Jacobi Conjugate Gradient iterative equation solver. |
ICCG | — | Incomplete Cholesky Conjugate Gradient iterative equation solver. |
This command prepares and runs multiple finite element solutions on
the Structural domain and the Electrostatic domain of a model to collect sample
points of data for ROM response curve fitting. The command requires a model
database [RMANL] and two Physics Files (Structural domain,
titled "STRU" and an Electrostatic domain, titled "ELEC";
see PHYSICS command). Also required is a complete ROM database
generated from the ROM Tools. The Cap = CHARGE
method is preferred when capacitance to "infinity" is not required.
Capacitance conductor pairs are defined by the RMCAP command.
Distributed ANSYS Restriction This command is not supported in Distributed ANSYS.