Results Created in Patran

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The following table indicates all the possible element results quantities which can be loaded into the Patran database (or accessed from the ANSYS results file via the “Attach” method) when reading results from ANSYS. The Primary and Secondary Labels are items selected from the postprocessing menus. The Type indicates whether the results are Scalar, Vector, or Tensor. These types will determine which postprocessing techniques will be available in order to view the results quantity. Result Label indicates which ANSYS result label is associated with the data. The Description gives a brief discussion about the results quantity.

Primary Label	Secondary Label	Type	Result Label	Description
Angle	Maximum Interlaminar Shear	Scalar	ILANG	The angle of the shear stress vector.
Failure Criteria	Maximum	Scalar	VALUE	The maximum value of the failure criteria.
Failure Criteria	Type	Scalar	FC	The failure criteria number as defined in ANSYS.
Force		Vector	MFOR(X, Y,Z)	The components of the force tensor.
Force	Out of Plane Shear X	Scalar	NX	The value of the element X out of plane shear.
Force	Out of Plane Shear Y	Scalar	NY	The value of the element Y out of plane shear.
Layer	At Maximum Failure Criteria	Scalar	LN(FCMAX)	The layer number where the maximum failure criteria occurred.
Layer	Maximum Interlaminar Shear	Scalar	ILLN	The layer number where the maximum interlaminar shear occurred.
Layer	Total Number	Scalar	NL	The total number of layers in the composite laminated element.
Moment		Vector	MMOM(X,Y,Z)	The components of the Moment tensor.
Pressure	Foundation	Scalar	FOUND PRESS	The value of the foundation pressure.
Shell Forces		Vector	TX, TY	The force per unit length in shell elements.
Shell Moment		Vector	MX, MY	The moment per unit length in shell elements.
Shear Force	Shell	Scalar	TXY	The shear force per unit length in shell elements.
Shear Moment	Shell	Scalar	MXY	The shear moment per unit length in shell elements.
Strain	At Maximum Failure Criteria	Scalar	EP (FCMAX)	The value of the strain for the maximum failure criteria.
Strain	Component	Tensor	EP	The components of the strain tensor.
Strain	Creep	Tensor	EPCR	The components of the creep strain tensor.
Strain	Equivalent	Scalar	EPEQ	The value of the equivalent strain.
Strain	First Principal	Scalar	EP1	The value of the first principal strain.
Strain	Second Principal	Scalar	EP2	The value of the second principal strain.
Strain	Third Principal	Scalar	EP3	The value of the third principal strain.
Strain	Plastic	Tensor	EPPL	The components of the plastic strain tensor.
Strain	Swelling	Scalar	EPSW	The value of the swelling strain.
Strain	Thermal	Tensor	EPTH	The components of the thermal strain tensor.
Stress	Component	Tensor	S or SIG	The components of the stress tensor.
Stress	First Principal	Scalar	SIG1	The value of the first principal stress.
Stress	Second Principal	Scalar	SIG2	The value of the second principal stress.
Stress	Third Principal	Scalar	SIG3	The value of the third principal stress.
Stress	At Maximum Failure Criteria	Scalar	S (FCMAX)	The value of the stress at the maximum failure criteria.
Stress	Axial	Scalar	SDIR	The value of the axial stress in a beam element.
Stress	Beam - Maximum	Scalar	SIG1	The value of the maximum stress in a beam element.
Stress	Beam - Minimum	Scalar	SIG3	The value of the minimum stress in a beam element.
Stress	Bending -Z	Scalar	SBZ	The beam bending stress on the +Z side of the element.
Stress	Bending -Y	Scalar	SBY	The beam bending stress on the -Y side of the element.
Stress	Combined - 1	Scalar	SDIR-SBZ+SBY	The combined stress at output point 1 for a beam element.
Stress	Combined - 2	Scalar	SDIR+SBZ+SBY	The combined stress at output point 2 for a beam element.
Stress	Combined - 3	Scalar	SDIR-SBZ-SBY	The combined stress at output point 3 for a beam element.
Stress	Combined - 4	Scalar	SDIR+SBZ-SBY	The combined stress at output point 4 for a beam element.
Stress	Equivalent	Scalar	SIGE	The value of the equivalent strain.
Stress	Equivalent Plastic	Scalar	SIGEPL	The value of the equivalent plastic strain.
Stress	Intensity	Scalar	S.I.	The value of the stress intensity.
Stress	Maximum Interlaminar Shear	Scalar	ILMAX	The maximum value of the interlaminar shear stress.
Stress	Ratio	Scalar	SRAT	The value of the ratio of the current stress to the stress on the yield surface.
Stretch		Scalar	STRETCH	The stretch of a spring.
Temperature	Elemental	Scalar	TEMP	The value of the element temperature.
Twist		Scalar	TWIST	The twist of a spring.
Velocity	Axial	Scalar	VELOCITY	Velocity for spring damping.

Primary Label

Secondary Label

Type

Result Label

Description

Angle

Maximum Interlaminar Shear

Scalar

ILANG

The angle of the shear stress vector.

Failure Criteria

Maximum

Scalar

VALUE

The maximum value of the failure criteria.

Failure Criteria

Type

Scalar

The failure criteria number as defined in ANSYS.

Force

Vector

MFOR(X, Y,Z)

The components of the force tensor.

Force

Out of Plane Shear X

Scalar

The value of the element X out of plane shear.

Force

Out of Plane Shear Y

Scalar

The value of the element Y out of plane shear.

Layer

At Maximum Failure Criteria

Scalar

LN(FCMAX)

The layer number where the maximum failure criteria occurred.

Layer

Maximum Interlaminar Shear

Scalar

ILLN

The layer number where the maximum interlaminar shear occurred.

Layer

Total Number

Scalar

The total number of layers in the composite laminated element.

Moment

Vector

MMOM(X,Y,Z)

The components of the Moment tensor.

Pressure

Foundation

Scalar

FOUND PRESS

The value of the foundation pressure.

Shell Forces

Vector

TX, TY

The force per unit length in shell elements.

Shell Moment

Vector

MX, MY

The moment per unit length in shell elements.

Shear Force

Shell

Scalar

TXY

The shear force per unit length in shell elements.

Shear Moment

Shell

Scalar

MXY

The shear moment per unit length in shell elements.

Strain

At Maximum Failure Criteria

Scalar

EP (FCMAX)

The value of the strain for the maximum failure criteria.

Strain

Component

Tensor

The components of the strain tensor.

Strain

Creep

Tensor

EPCR

The components of the creep strain tensor.

Strain

Equivalent

Scalar

EPEQ

The value of the equivalent strain.

Strain

First Principal

Scalar

EP1

The value of the first principal strain.

Strain

Second Principal

Scalar

EP2

The value of the second principal strain.

Strain

Third Principal

Scalar

EP3

The value of the third principal strain.

Strain

Plastic

Tensor

EPPL

The components of the plastic strain tensor.

Strain

Swelling

Scalar

EPSW

The value of the swelling strain.

Strain

Thermal

Tensor

EPTH

The components of the thermal strain tensor.

Stress

Component

Tensor

S or SIG

The components of the stress tensor.

Stress

First Principal

Scalar

SIG1

The value of the first principal stress.

Stress

Second Principal

Scalar

SIG2

The value of the second principal stress.

Stress

Third Principal

Scalar

SIG3

The value of the third principal stress.

Stress

At Maximum Failure Criteria

Scalar

S (FCMAX)

The value of the stress at the maximum failure criteria.

Stress

Axial

Scalar

SDIR

The value of the axial stress in a beam element.

Stress

Beam - Maximum

Scalar

SIG1

The value of the maximum stress in a beam element.

Stress

Beam - Minimum

Scalar

SIG3

The value of the minimum stress in a beam element.

Stress

Bending -Z

Scalar

SBZ

The beam bending stress on the +Z side of the element.

Stress

Bending -Y

Scalar

SBY

The beam bending stress on the -Y side of the element.

Stress

Combined - 1

Scalar

SDIR-SBZ+SBY

The combined stress at output point 1 for a beam element.

Stress

Combined - 2

Scalar

SDIR+SBZ+SBY

The combined stress at output point 2 for a beam element.

Stress

Combined - 3

Scalar

SDIR-SBZ-SBY

The combined stress at output point 3 for a beam element.

Stress

Combined - 4

Scalar

SDIR+SBZ-SBY

The combined stress at output point 4 for a beam element.

Stress

Equivalent

Scalar

SIGE

The value of the equivalent strain.

Stress

Equivalent Plastic

Scalar

SIGEPL

The value of the equivalent plastic strain.

Stress

Intensity

Scalar

S.I.

The value of the stress intensity.

Stress

Maximum Interlaminar Shear

Scalar

ILMAX

The maximum value of the interlaminar shear stress.

Stress

Ratio

Scalar

SRAT

The value of the ratio of the current stress to the stress on the yield surface.

Stretch

Scalar

STRETCH

The stretch of a spring.

Temperature

Elemental

Scalar

TEMP

The value of the element temperature.

Twist

Scalar

TWIST

The twist of a spring.

Velocity

Axial

Scalar

VELOCITY

Velocity for spring damping.

The following additional element results will be available from ANSYS Revision 5 results files.

Primary Label	Secondary Label	Type	Result Label	Description
Coupled Field Force		Vector		Element nodal coupled field forces.
Current Density		Vector		Element current densities.
Euler Angles		Vector	THXY, THYZ, THZX	Element Euler Angles.
Euler Angle	Theta	Scalar	THETA	Layered Shell layer rotation angle.
Pressure	Hydrostatic	Scalar	HPRES	Element hydrostatic pressure.
Plastic State Variable		Scalar	PSV	The plastic state variable.
Work	Plastic	Scalar	PLWK	The plastic work per volume.
Volume		Scalar	VOLU	The element volume.
Element Reaction	Damping Force	Vector		Element nodal damping forces.
Element Reaction	Inertia Force	Vector		Element nodal inertia forces.
Element Reaction	Force	Vector		Element nodal force.
Element Reaction	Damping Moment	Vector		Element nodal damping moments.
Element Reaction	Inertia moment	Vector		Element nodal inertia moments.
Element Reaction	Moment	Vector		Element nodal moments.
Energy	Elemental	Scalar	ENER	Element energy associated with the “stiffness” matrix.
Energy	Kinetic	Scalar	KENE	Element kinetic energy.
Stress	Layer Maximum	Scalar		Stress for the layer with the maximum failure criteria.
Strain	Layer Maximum Creep	Scalar		Creep strain for the layer with the maximum failure criteria.
Strain	Layer Maximum Plastic	Scalar		Plastic strain for the layer with the maximum failure criteria.
Stress	Shear Vector Sum	Scalar	ILSUM	The vector sum of the shear stress.
Strain	Layer Maximum	Scalar		Strain for the layer with the maximum failure criteria.
Temperature	Layer Maximum	Scalar		Temperature for the layer with the maximum failure criteria.
Strain	Layer Maximum Thermal	Scalar		Thermal strain for the layer with the maximum failure criteria.
Strain	Layer Maximum Swelling	Scalar		Swelling strain for the layer with the maximum failure criteria.
Strain	Axial	Scalar	EPEL,DIR	Axial strain in one dimensional elements.
Strain	Bending	Scalar	EPEL, BYT EPEL, BYB EPEL, BZT EPEL, BZB	Bending strain in one dimensional elements.
Strain	Thermal Axial	Scalar	EPTH, DIR	Axial thermal strain in one dimensional elements.
Strain	Thermal Bending	Scalar	EPTH, BYT EPTH, BYB EPTH, BZT EPTH, BZB	Thermal bending strain in one dimensional elements.
Strain	Swelling Axial	Scalar	EPSW, AXL	Swelling strain in one dimensional elements.
Strain	Initial Axial	Scalar	EPIN, AXL	Initial axial strain in one dimensional elements.
Strain	Plastic Axial	Scalar	EPPL, AXL	Plastic axial strain in one dimensional elements.
Strain	Creep Axial	Scalar	EPCR, AXL	Axial creep strain in one dimensional elements.
Gradient	Fluid	Vector		Fluid nodal field gradient.
Gradient	Thermal	Vector	TG (X, Y, Z)	Thermal nodal field gradient.
Gradient	Electric	Vector		Electric nodal field gradient.
Gradient	Magnetic	Vector		Magnetic nodal field gradient.
Flux	Thermal	Vector	TF(X,Y,Z)	Thermal nodal field flux.
Flux	Electric	Vector		Electric nodal field flux.
Flux	Magnetic	Vector		Magnetic nodal field flux.
Fluence		Scalar	FL	Neutron flux * time.
Thickness		Scalar	THICK	Thickness of Shell elements.
Area		Scalar	AREA	The AREA real constant repeated in the results file.
Length		Scalar	LENGTH	The length of a one dimensional element.
Form Factor		Scalar	FORM FACTOR	The geometric form factor for a radiation element.
Membrane	Diagonal Tension Angle	Scalar	ANGLE	Diagonal tension angles between element x-axis and tensile stress directions.
Membrane	Status	Scalar	STAT	Element status: tension and/or collapse.
Force	Inertia	Vector		Element inertia forces from a transient analysis.
Force	Damping	Vector		Element damping forces from a transient analysis.

Primary Label

Secondary Label

Type

Result Label

Description

Coupled Field Force

Vector

Element nodal coupled field forces.

Current Density

Vector

Element current densities.

Euler Angles

Vector

THXY,

THYZ,

THZX

Element Euler Angles.

Euler Angle

Theta

Scalar

THETA

Layered Shell layer rotation angle.

Pressure

Hydrostatic

Scalar

HPRES

Element hydrostatic pressure.

Plastic State Variable

Scalar

PSV

The plastic state variable.

Work

Plastic

Scalar

PLWK

The plastic work per volume.

Volume

Scalar

VOLU

The element volume.

Element Reaction

Damping Force

Vector

Element nodal damping forces.

Element Reaction

Inertia Force

Vector

Element nodal inertia forces.

Element Reaction

Force

Vector

Element nodal force.

Element Reaction

Damping Moment

Vector

Element nodal damping moments.

Element Reaction

Inertia moment

Vector

Element nodal inertia moments.

Element Reaction

Moment

Vector

Element nodal moments.

Energy

Elemental

Scalar

ENER

Element energy associated with the “stiffness” matrix.

Energy

Kinetic

Scalar

KENE

Element kinetic energy.

Stress

Layer Maximum

Scalar

Stress for the layer with the maximum failure criteria.

Strain

Layer Maximum Creep

Scalar

Creep strain for the layer with the maximum failure criteria.

Strain

Layer Maximum Plastic

Scalar

Plastic strain for the layer with the maximum failure criteria.

Stress

Shear Vector Sum

Scalar

ILSUM

The vector sum of the shear stress.

Strain

Layer Maximum

Scalar

Strain for the layer with the maximum failure criteria.

Temperature

Layer Maximum

Scalar

Temperature for the layer with the maximum failure criteria.

Strain

Layer Maximum Thermal

Scalar

Thermal strain for the layer with the maximum failure criteria.

Strain

Layer Maximum Swelling

Scalar

Swelling strain for the layer with the maximum failure criteria.

Strain

Axial

Scalar

EPEL,DIR

Axial strain in one dimensional elements.

Strain

Bending

Scalar

EPEL, BYT

EPEL, BYB

EPEL, BZT

EPEL, BZB

Bending strain in one dimensional elements.

Strain

Thermal Axial

Scalar

EPTH, DIR

Axial thermal strain in one dimensional elements.

Strain

Thermal Bending

Scalar

EPTH, BYT

EPTH, BYB

EPTH, BZT

EPTH, BZB

Thermal bending strain in one dimensional elements.

Strain

Swelling Axial

Scalar

EPSW, AXL

Swelling strain in one dimensional elements.

Strain

Initial Axial

Scalar

EPIN, AXL

Initial axial strain in one dimensional elements.

Strain

Plastic Axial

Scalar

EPPL, AXL

Plastic axial strain in one dimensional elements.

Strain

Creep Axial

Scalar

EPCR, AXL

Axial creep strain in one dimensional elements.

Gradient

Fluid

Vector

Fluid nodal field gradient.

Gradient

Thermal

Vector

TG (X, Y, Z)

Thermal nodal field gradient.

Gradient

Electric

Vector

Electric nodal field gradient.

Gradient

Magnetic

Vector

Magnetic nodal field gradient.

Flux

Thermal

Vector

TF(X,Y,Z)

Thermal nodal field flux.

Flux

Electric

Vector

Electric nodal field flux.

Flux

Magnetic

Vector

Magnetic nodal field flux.

Fluence

Scalar

Neutron flux * time.

Thickness

Scalar

THICK

Thickness of Shell elements.

Area

Scalar

AREA

The AREA real constant repeated in the results file.

Length

Scalar

LENGTH

The length of a one dimensional element.

Form Factor

Scalar

FORM FACTOR

The geometric form factor for a radiation element.

Membrane

Diagonal Tension Angle

Scalar

ANGLE

Diagonal tension angles between element x-axis and tensile stress directions.

Membrane

Status

Scalar

STAT

Element status: tension and/or collapse.

Force

Inertia

Vector

Element inertia forces from a transient analysis.

Force

Damping

Vector

Element damping forces from a transient analysis.

Results which are not related to the elements are outlined in the table below. These results will generally be from the Group 3 and/or Group 5 segments of the ANSYS 4.4A results file. For ANSYS 5, the results will appear in the nodal solution section or the reaction force section of the results file. These results will be available even if the element type used in a given analysis is not supported.

Primary Label	Secondary Label	Type	Result Label	Description
Displacements	Translational	Vector	3 nodal solution	The translational components of the displacements (UX, UY, UZ).
Displacements	Rotational	Vector	3 nodal solution	The rotational components of the displacements (ROTX, ROTY, ROTZ).
Pressure	Nodal	Scalar	3 nodal solution	Nodal pressures (PRES).
Temperature	Nodal	Scalar	3 nodal solution	Nodal temperatures (TEMP).
Voltage	Nodal	Scalar	3 nodal solution	Nodal voltages (VOLT).
Magnetic Potential	Scalar	Scalar	3 nodal solution	Magnetic scalar potential value (MAG).
Magnetic Potential	Vector	Vector	nodal solution	The Vector magnetic potential (AX, AY, AZ).
Temperature	Total	Scalar	nodal solution	FLOTRAN result (TTOL).
Heat	Flux	Scalar	nodal solution	FLOTRAN result (HFLU).
Film Coefficient		Scalar	nodal solution	FLOTRAN result (HFLM).
Conductivity	Thermal	Scalar	nodal solution	FLOTRAN result (TCON).
Pressure	Coefficient	Scalar	nodal solution	FLOTRAN result (PCOE).
Pressure	Total	Scalar	nodal solution	FLOTRAN result (PTOT).
Velocity	Fluid	Vector	nodal solution	The VX, VY, and VZ FLOTRAN results from the ANSYS 5 results file.
Energy	Turbulent Kinetic	Scalar	nodal solution	FLOTRAN result (ENKE).
Dissipation Rate	Turbulent	Scalar	nodal solution	FLOTRAN result (ENDS).
Mach Number		Scalar	nodal solution	FLOTRAN result (MACH).
Stream Func. or Velocity Mag.		Scalar	nodal solution	FLOTRAN result (STRM). This is the stream function if 2D or the Velocity Magnitude if 3D.
Density	Static	Scalar	nodal solution	FLOTRAN result (NDEN).
Viscosity	Absolute	Scalar	nodal solution	FLOTRAN result (NVIS).
Viscosity	Effective	Scalar	nodal solution	FLOTRAN result (EVIS).
Conductivity	Effective	Scalar	nodal solution	FLOTRAN result (ECON).
Nodal Reaction	Reaction Force	Vector	5 reaction force	Components of the reaction force at the nodes.
Nodal Reaction	Reaction Moment	Vector	5 reaction force	Components of the reaction Moment at the nodes.
Nodal Reaction	Fluid Flow	Scalar	5 reaction force	The nodal flow value.
Nodal Reaction	Heat Flow	Scalar	5 reaction force	The nodal heat value.
Nodal Reaction	Amps	Scalar	5 reaction force	The nodal amp value.
Nodal Reaction	Magnetic Flux	Scalar	5 reaction force	The nodal magnetic flux value.
Nodal Reaction	Magnetic Current Segment	Vector	reaction force	The nodal magnetic current segment.

Primary Label

Secondary Label

Type

Result Label

Description

Displacements

Translational

Vector

3 nodal solution

The translational components of the displacements (UX, UY, UZ).

Displacements

Rotational

Vector

3 nodal solution

The rotational components of the displacements (ROTX, ROTY, ROTZ).

Pressure

Nodal

Scalar

3 nodal solution

Nodal pressures (PRES).

Temperature

Nodal

Scalar

3 nodal solution

Nodal temperatures (TEMP).

Voltage

Nodal

Scalar

3 nodal solution

Nodal voltages (VOLT).

Magnetic Potential

Scalar

3 nodal solution

Magnetic scalar potential value (MAG).

Magnetic Potential

Vector

nodal solution

The Vector magnetic potential (AX, AY, AZ).

Temperature

Total

Scalar

nodal solution

FLOTRAN result (TTOL).

Heat

Flux

Scalar

nodal solution

FLOTRAN result (HFLU).

Film Coefficient

Scalar

nodal solution

FLOTRAN result (HFLM).

Conductivity

Thermal

Scalar

nodal solution

FLOTRAN result (TCON).

Pressure

Coefficient

Scalar

nodal solution

FLOTRAN result (PCOE).

Pressure

Total

Scalar

nodal solution

FLOTRAN result (PTOT).

Velocity

Fluid

Vector

nodal solution

The VX, VY, and VZ FLOTRAN results from the ANSYS 5 results file.

Energy

Turbulent Kinetic

Scalar

nodal solution

FLOTRAN result (ENKE).

Dissipation Rate

Turbulent

Scalar

nodal solution

FLOTRAN result (ENDS).

Mach Number

Scalar

nodal solution

FLOTRAN result (MACH).

Stream Func. or Velocity Mag.

Scalar

nodal solution

FLOTRAN result (STRM). This is the stream function if 2D or the Velocity Magnitude if 3D.

Density

Static

Scalar

nodal solution

FLOTRAN result (NDEN).

Viscosity

Absolute

Scalar

nodal solution

FLOTRAN result (NVIS).

Viscosity

Effective

Scalar

nodal solution

FLOTRAN result (EVIS).

Conductivity

Effective

Scalar

nodal solution

FLOTRAN result (ECON).

Nodal Reaction

Reaction Force

Vector

5 reaction force

Components of the reaction force at the nodes.

Nodal Reaction

Reaction Moment

Vector

5 reaction force

Components of the reaction Moment at the nodes.

Nodal Reaction

Fluid Flow

Scalar

5 reaction force

The nodal flow value.

Nodal Reaction

Heat Flow

Scalar

5 reaction force

The nodal heat value.

Nodal Reaction

Amps

Scalar

5 reaction force

The nodal amp value.

Nodal Reaction

Magnetic Flux

Scalar

5 reaction force

The nodal magnetic flux value.

Nodal Reaction

Magnetic Current Segment

Vector

reaction force

The nodal magnetic current segment.

In addition to these standard results quantities, several Global Variable results can be created. Global Variables are results quantities where one value is representative of the entire model. The following table defines the Global Variables which may be created.

Global Variable Label	Group	Description
Time	Real	Used with full harmonic, nonlinear transient dynamic, linear transient dynamic, or transient heat transfer analyses.
Load Factor	Real	Used with buckling analyses.
Frequency	Real	Used with modal or reduced harmonic response analyses.
Subincrement	Real	The ANSYS iteration number.
Load Case	Real	The ANSYS load case number.
Harmonic Symmetry Flag	Real	Flag indicating if the loading was symmetrical (Flag = 1) or anti-symmetrical (Flag = -1) for harmonic loading cases.

Global Variable Label

Group

Description

Time

Real

Used with full harmonic, nonlinear transient dynamic, linear transient dynamic, or transient heat transfer analyses.

Load Factor

Real

Used with buckling analyses.

Frequency

Real

Used with modal or reduced harmonic response analyses.

Subincrement

Real

The ANSYS iteration number.

Load Case

Real

The ANSYS load case number.

Harmonic Symmetry Flag

Real

Flag indicating if the loading was symmetrical (Flag = 1) or anti-symmetrical (Flag = -1) for harmonic loading cases.