Result

Description

Acceleration

Acceleration results from frequency response, acoustic, transient response, and multi-body dynamics analyses.

Output is controlled by the I/O Option ACCELERATION.

Density

Density results from topology optimizations.

Output is controlled by the I/O Option DENSRES.

Note: Density results are reported as von Mises Strains.

Displacement

Displacement results from static, frequency response, acoustic, and transient response analyses.

Output is controlled by the I/O Option DISPLACEMENT.

Eigenvector

Eigenvector results from normal modes analyses.

Output is controlled by the I/O Option DISPLACEMENT.

Element energy
loss per cycle

Element energy loss per cycle and energy loss per cycle density output from frequency response analysis.

Output is controlled by the I/O Option EDE.

Element force

Element force results from static, frequency response, acoustic, and transient response analyses.

Output is controlled by the I/O Option FORCE (or ELFORCE).

Element kinetic energy

Element kinetic energy and kinetic energy density output from frequency response analysis.

Output is controlled by the I/O Option EKE.

Element strain energy

Element strain energy and strain energy density results from static, normal modes and frequency response analyses.

Output is controlled by the I/O Option ESE.

Grid point stress

Grid point stress results for 3D elements from static analysis.

Output is controlled by the I/O Option GPSTRESS (or GSTRESS).

MPC force

Multi-point force of constraint results from static, frequency response, acoustic, and transient response analyses.

Output is controlled by the I/O Option MPCFORCE.

PSD acceleration

Power spectral density function of accelerations from random response analysis. (see comment 2)

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

PSD displacement

Power spectral density function of displacements from random response analysis. (see comment 2)

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

PSD velocity

Power spectral density function of velocities from random response analysis. (see comment 2)

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

PSD element strain

Power spectral density function of element strains from random response analysis. (see comment 2)

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

PSD element stress

Power spectral density function of element stresses from random response analysis. (see comment 2)

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

RMS element strain

Root mean square value of element strains from random response analysis.

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

RMS element stress

Root mean square value of element stresses from random response analysis.

Output is controlled by the I/O Options XYPEAK, XYPLOT, and XYPUNCH.

SPC force

Single-point force of constraint results from linear static analysis.

Output is controlled by the I/O Option SPCFORCE.

Strain

Strain results from static, frequency response, acoustic, transient response, and multi-body dynamics analyses.

Output is controlled by the I/O Option STRAIN.

Stress

Stress results from static, frequency response, acoustic, transient response, and multi-body dynamics analyses.

Output is controlled by the I/O Option STRESS (or ELSTRESS).

Velocity

Velocity results from frequency response analyses, acoustic, transient response, and multi-body dynamics.

Output is controlled by the I/O Option VELOCITY.