exprofile

Mapdl.exprofile(ldtype='', load='', value='', pname='', fname='', fext='', fdir='', **kwargs)

Exports interface loads or loads on selected nodes to an ANSYS CFX

APDL Command: EXPROFILE Profile file.

Parameters
ldtype

Load type:

SURF - Surface load.

VOLU - Volumetric load.

load

Surface loads:

DISP - Displacement (in a static analysis) or mode shape and global parameters (in a

modal analysis).

MODE - Normalized mode shape and global parameters (in a modal analysis only).

TEMP - Temperature.

HFLU - Heat flux.

value

If a positive integer, specifies the number of the surface or volume interface. If 0 (zero), the selected nodes or Named Selection are used.

pname

Field name in CFX Profile file (32-character maximum). Defaults to jobname_bcploadnumber for a surface load and jobname_subdloadnumber for volumetric load.

fname

The CFX Profile filename (248-character maximum). Defaults to jobname_bcploadnumber for a surface load and jobname_subdloadnumber for a volumetric load.

fext

The Profile file extension (8-character maximum). Defaults to.csv.

fdir

The Profile file directory (8-character maximum). Defaults to current directory.

Notes

By default, the EXPROFILE command assumes the data it writes to the Profile file are in SI units. For models not described in SI units, issue the EXUNIT command as needed to write the correct unit labels on the Profile file.

For a modal analysis, if Load = DISP or MODE, global parameters including mass, frequency, and maximum displacement are also written to the ANSYS CFX Profile file. You should therefore issue the EXUNIT command for DISP, TIME, and MASS.

Verify that the coordinate system is set to the global Cartesian (RSYS,0) before using this command.

To transfer multiple loads across an interface, specify a unique file name and extension for each load.

Force (FORC) and heat generation (HGEN) are per-unit volume.

For modal analysis, this command does not support the following mode- extraction methods (MODOPT): unsymmetric matrix (UNSYM), the damped system (DAMP), or the QR-damped system (QRDAMP).

To write the normalized (instead of non-normalized) mode shapes from a modal analysis to the file:

Use Load = MODE.

Verify that the mode shapes are normalized to the mass matrix (MODOPT,,,,,,OFF), the default behavior.

Verify that the scale factor is set to 1.0 (SET,,,1.0), the default value.

For loads not specified directly via commands (such as SF and BF), loads must first be read into the database (SET or LCASE).

Distributed ANSYS Restriction: This command is not supported in Distributed ANSYS.