Output Blocks

Output block entities are used to define and store solver output requests. Output blocks are shown under the OutputBlock folder within the Model browser.

Output blocks do not have a display state.

Output blocks have an active and export state. The active state of an output block controls the listing of the output block in the Model browser and any of its views. If an output block entity is active, then it is listed in the Model browser and any of its views. If an output block entity is inactive, then it is not listed in the Model browser or any of its views.

The export state of an output block entity controls whether or not that set is exported when the custom export option is utilized. The all export option is not affected by the export state of a output block. The active and export states of output block entities can be controlled using the Entity State browser.

The data names associated with output blocks can be found in the data names section of the HyperMesh Reference Guide.

The following panels can be used to create and edit output blocks:

Output Block

Solver Card Support for Output Blocks

The supported RADIOSS cards in RADIOSS 100 are listed below. You can quickly create these cards by right-clicking in the Solver browser and selecting Create Cards.

Supported Card	Solver Description	Supported Parameters	Notes
/TH/ACCEL/	Describes the time history - Accelerometer	NUM_VARIABLES Var Keyword (ACCEL, SECTIO) RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/BEAM/	Describes the time history - Beams		Options to assign ATH...ITH
/TH/BRIC/	Describes the time history - Solids		Options to assign ATH...ITH
/TH/CYL_JO/	Describes the time history - Cylindrical joints		Options to assign ATH...ITH
/TH/FRAME/	Describes the time history - Frame	NUM_VARIABLES Var RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/GAUGE	Describes the time history for gauges.
/TH/INTER/	Describes the time history - Interface	NUM_VARIABLES Var Keyword (INTER, RWALL) RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/MONVOL/	Describes the time history - Monitored volume and Airbag	NUM_VARIABLES Var RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/NODE/	Describes the time history - Nodes	NUM_VARIABLES lskew NODname RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/QUAD/	Describes the time history - 2D quads		Options to assign ATH...ITH
/TH/PART/	Describes the time history - Parts	NUM_VARIABLES lskew Var RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/RBODY/	Describes the time history - Rigid body		Options to assign ATH...ITH
/TH/RWALL/	Describes the time history - Rigid wall	NUM_VARIABLES Var Keyword (INTER, RWALL) RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/SECTIO/	Describes the time history - Section	NUM_VARIABLES Var Keyword (ACCEL, SECTIO) RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/SH3N/	Describes the time history - 3 node shells		Options to assign ATH...ITH
/TH/SHEL/	Describes the time history - 4 node shells	NUM_VARIABLES Var ElName RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/SPHCEL/	Describes the SPH cell output to time history.		Options to assign ATH...ITH
/TH/SPRING/	Describes the time history - Springs		Options to assign ATH...ITH
/TH/SUBS/	Describes the time history - Subsets	NUM_VARIABLES Var RADIOSS_COMMENT_FLAG	Options to assign ATH...ITH
/TH/TRUSS/	Describes the time history - Trusses		Options to assign ATH...ITH

Supported Card

Solver Description

Supported Parameters

Notes

XHIST

DEF

ACCE

XYZ

An output block is a repository for output requests. Output blocks are added to load steps (*STEP) from the Load Steps panel. Output requests organized into the output blocks are written out within the corresponding step definition in the Abaqus input deck. It is recommended that all output requests be defined from the Step Manager in the Abaqus user profile.

Supported Card	Solver Description	Supported Parameters	Notes
*CONTACT FILE	Define results file requests for contact variables	NSET FREQUENCY MASTER SLAVE
*CONTACT OUTPUT	Specify contact variables to be written to the output database	NSET MASTER SLAVE VARIABLE = {ALL, PRESELECT} CPSET GENERAL CONTACT
*CONTACT PRINT	Define print requests for contact variables	NSET FREQUENCY
*EL FILE	Define results file requests for element variables	ELSET FREQUENCY POSITION = {NODES, AVERAGED AT NODES, CENTROIDAL, INTEGRATION POINTS} DIRECTIONS LAST MODE MODE REBAR
*EL PRINT	Define data file requests for element variables	ELSET FREQUENCY POSITION = {NODES, AVERAGED AT NODES, CENTROIDAL, INTEGRATION POINTS} SUMMARY TOTALS LAST MODE MODE
*ELEMENT OUTPUT	Define output database requests for element variables	DIRECTION ELSET POSITION = {NODES, CENTROIDAL, INTEGRATION POINTS} VARIABLE = {ALL, PRESELECT}
*ENERGY FILE	Write energy output to the results file	ELSET FREQUENCY
*ENERGY OUTPUT	Define output database requests for whole model or element set energy data	ELSET VARIABLE = {ALL, PRESELECT}
*ENERGY PRINT	Print a summary of the total energies	NSET FREQUENCY MASTER SLAVE SUMMARY TOTAL
*INCREMENTATION OUTPUT	Define output database requests for time incrementation data	VARIABLE = {ALL/PRESELECT}	Explicit template only. History data. Only for *OUTPUT, HISTORY.
*INTEGRATED OUTPUT	Specify variables integrated over a surface to be written to the output database	SECTION SURFACE VARIABLE = {ALL, PRESELECT}	Only for *OUTPUT, HISTORY
*MODAL OUTPUT	Write generalized coordinate (modal amplitude) data to the output database during a mode-based dynamic or complex eigenvalue extraction procedure	VARIABLE = ALL	Standard 2D and 3D templates only. History data. Only for *OUTPUT, HISTORY.
*NODE FILE	Define results file requests for nodal data	NSET FREQUENCY GLOBAL LAST MODE MODE
*NODE OUTPUT	Define output database requests for nodal data	NSET GLOBAL VARIABLE = {ALL, PRESELECT}
*NODE PRINT	Define print requests for nodal variables	NSET FREQUENCY GLOBAL LAST MODE MODE SUMMARY TOTALS
*OUTPUT	Define output requests to the output database	FIELD HISTORY OP VARIABLE FREQUENCY TIME MARKS TIME INTERVAL NUMBER INTERVAL MODE LIST FILTER NAME

Note:

Output blocks must be added to the corresponding load steps for them to be written out to the Abaqus deck.

All types of output requests in an output block are defined from the card image. The edit button in the panel displays the card image of the currently loaded output block. The entity selector buttons available in the Output Block panel are not useful for Abaqus. They should be ignored.

Data on LS-DYNA output blocks cannot be edited.

Supported Card	Solver Description	Supported Parameters	Notes
*DATABASE_HISTORY_ BEAM(ID)	Describe time history for beam elements.
*DATABASE_HISTORY_ BEAM_SET	Describe time history for beam element sets.
*DATABASE_HISTORY_ DISCRETE
*DATABASE_HISTORY_ DISCRETE_SET
*DATABASE_HISTORY_ NODE(ID)	Describe time history for nodes.	LocalOption ID
*DATABASE_HISTORY_ NODE_LOCAL(ID)	Describe time history for nodes.
*DATABASE_HISTORY_ NODE_SET	Describe time history for node sets.	LocalOption
*DATABASE_HISTORY_ NODE_SET_LOCAL	Describe time history for node sets.	CID REF
*DATABASE_HISTORY_ NODE_SET_LOCAL(ID)	Describe time history for node sets.	n/a
*DATABASE_HISTORY_ SEATBELT	Define time history on seat belt element.	ID
*DATABASE_HISTORY_ SHELL	Describe time history for shell elements.	n/a
*DATABASE_HISTORY_ SHELL(ID)	Describe time history for shell elements.	ID
*DATABASE_HISTORY_ SHELL_SET	Describe time history for shell element sets.
*DATABASE_HISTORY_ SOLID	Describe time history for solid elements.
*DATABASE_HISTORY_ SOLID(ID)	Describe time history for solid elements.
*DATABASE_HISTORY_ SOLID_SET	Describe time history for solid element sets.
*DATABASE_HISTORY_ SPH	Describe time history for SPH elements.
*DATABASE_HISTORY_ TSHELL	Describe time history for TSHELL elements.
*DATABASE_HISTORY_ TSHELL(ID)	Describe time history for TSHELL elements.
*DATABASE_HISTORY_ TSHELL_SET	Describe time history for TSHELL element sets.

Supported Card	Solver Description	Supported Parameters	Notes
INITIAL			Defined on the card of the parent system.
INJURY
OUTPUT_AIRBAG_ CHAMBER	Airbag chamber output.	AIRBAG_CHAMBER FE_MODEL NR_OF_AIRBAG_CHAMBERS SELECT.HEAT SELECT.INFLOW SELECT.INFLOW_PART SELECT.MASS SELECT.MASS_FLOW_RATE SELECT.MASS_INFLOW_RATE_PART SELECT.MASS_OUTFLOW_RATE_PART SELECT_MOLAR_FRACTIONS SELECT.OUTFLOW SELECT.OUTFLOW_HOLE SELECT.OUTFLOW_PART SELECT.OUTFLOW_PERM SELECT.PRES SELECT.TEMP SELECT.TEMP_INFLOW_PART SELECT.TEMP_OUTFLOW_PART SELECT.VOLUME COMMENT
OUTPUT_ANIMATION	Finite element output for animation.	PART_LIST FE_MODEL SELECT.CONTACT SELECT.NODE SELECT.PRES SELECT.STRAIN SELECT.STRESS SELECT.THICK COMMENT
ANIMATION_GF		AIRBAG_CHAMBER_LIST FE_MODEL NR_OF_AIRBAG_CHAMBERS SELECT.COVER SELECT.DENS SELECT.MASS SELECT.PRES SELECT.TEMP SELECT.VEL_VECTOR COMMENT
OUTPUT_BELT	Belt output.	INPUT_CLASS (BELT_SEGMENT, BELT_TYING, BELT_RETRACTOR) INPUT_REF EXTENDED (OFF/ON) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) ASSEMBLY, COMMENT
OUTPUT_BODY	Angular or linear body related output.	SIGNAL_TYPE (ANG_VEL, ANG_ACC, LIN_DISP, LIN_POS, LIN_VEL, LIN_ACC) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) CRDSYS (REF_SPACE, OBJECT_1, OBJECT_2) CORRECT AX - AZ (OFF/ON) ASSEMBLY define CRDSYS_OBJECT_1.MB or select CRDSYS_OBJECT_1.REF? (OBJECT, REF)
OUTPUT_BODY_REL	Output of a motion quantity of a point on a body relative to a point on another body.	SIGNAL_TYPE (REL_DISP, REL_POS, DIST_VEL) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) define POINT_OBJECT_1.MB or select POINT_OBJECT_1.REF? (OBJECT, REF) COMMENT
OUTPUT_CONTACT	Contact output.	EXTENDED (OFF/ON) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) ASSEMBLY COMMENT
OUTPUT_CONTROL_ SYSTEM	Output of control system elements.	INPUT_CLASS (CONTROLLER, SIGNAL, OPERATOR) INPUT_REF FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) COMMENT
OUTPUT_CROSS_ SECTION	Defines a plane for which cross sectional forces and moments are outputted.	POS (X, Y, Z) NORMAL_DIR (X, Y, Z) EDGE_DIR (X, Y, Z) LENGTH_L , LENGTH_M, FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) FE_MODEL
OUTPUT_ELEMENT	Element output.	INT_POINT_LIST FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) FE_MODEL NR_OF_INT_POINTS SELECT.PROPERTY SELECT.PRES_EXTERNAL SELECT.STRESS SELECT.STRAIN SELECT.STRESS_TRUSS2 SELECT.STRAIN_TRUSS2 SELECT.STRESS_BEAM2 SELECT.STRAIN_BEAM2 SELECT.STRESS_INTERFACE SELECT.STRAIN_INTERFACE COMMENT
OUTPUT_ELEMENT_ INITIAL	Element output of initial state.	SELECT_FRAME (OFF/ON) SELECT_LUMP (OFF/ON) FE_MODEL COMMENT
OUTPUT_ENERGY_FE_ MODEL	Energy output of the FE models or its parts.	FE_MODEL_LIST SUM_FE_MODEL (OFF/ON) ENERGY_ALL (OFF/ON) KINETIC (OFF/ON) DISSIPATION (OFF/ON) DISSIPATION_IMM (OFF/ON) DISSIPATION_MATERIAL (OFF/ON) DISSIPATION_PLASTIC (OFF/ON) DISSIPATION_RAYLEIGH (OFF/ON) INTERNAL (OFF/ON) INTERNAL_PLASTIC (OFF/ON) INTERNAL_HOURGLASS (OFF/ON) INTERNAL_IMM (OFF/ON) EXTERNAL (OFF/ON) EXTERNAL_CONTACT (OFF/ON) EXTERNAL_FORCES (OFF/ON) FE_PART (OFF/ON) TOTAL (OFF/ON) BALANCE (OFF/ON) MASS_SCALING (OFF/ON) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) NR_OF_FE_MODELS COMMENT
OUTPUT_JET	Output of jet related properties.	JET_LIST FE_MODEL NR_OF_JETS SELECT.FORCE_RES COMMENT
OUTPUT_JOINT_ CONSTRAINT	Joint constraint force or torque output.	JOINT SIGNAL_TYPE (FORCE, TORQUE) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) ASSEMBLY COMMENT
OUTPUT_JOINT_DOF	Joint position, velocity or acceleration degrees of freedom (DOF) output.	JOINT SIGNAL_TYPE (POS, VEL, ACC) ASSEMBLY COMMENT
OUTPUT_MARKER	Marker output for animation.	ASSEMBLY define CRDSYS_OBJECT_1.MB or select CRDSYS_OBJECT_1.REF (OBJECT, REF) COMMENT
OUTPUT_MOTION_ STRUCT	Data for creating a structural motion output file.	MOTION_TYPE (DISP, VEL) FILE FE_MODEL COMMENT
OUTPUT_MUSCLE		ASSEMBLY COMMENT
OUTPUT_NODE	Nodal output.	FE_MODEL SELECT.POS SELECT.DISP SELECT.ROT SELECT.VEL SELECT.ACC SELECT.FORCE SELECT.FORCE_INTERNAL SELECT.FORCE_EXTERNAL SELECT.FORCE_REAC SELECT.MOMENT_REAC COMMENT
OUTPUT_NODE_INITIAL	Nodal output of initial state.	SELECT_POS (OFF/ON) SELECT_VEL (OFF/ON) SELECT_ACC (OFF/ON) SELECT_MASS (OFF/ON) FE_MODEL COMMENT
OUTPUT_RESTRAINT	Restraint output.	EXTENDED (OFF/ON) FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) ASSEMBLY COMMENT
OUTPUT_SENSOR	Sensor signal output.	SENSOR ASSEMBLY COMMENT
OUTPUT.STRAP		FE_MODEL SELECT.FORCES_RES SELECT.ELONG SELECT.PROPERTY COMMENT
OUTPUT_SYSTEM_COG	Position, velocity and acceleration output of the combined center of gravity of the selected system(s).	WRITE_ALL WRITE_POS WRITE_VEL WRITE_ACC FILTER (NONE, CFC60, CFC180, CFC600, CFC1000, FIR100) ASSEMBLY COMMENT
SELECT			Defined on the card of the parent element.
SURFACE.PLANE	Rectangular plane	multibody = BODY N1 = POINT_1 N2 = POINT_2 N3 = POINT_3	To create a SURFACE under the SYSTEM.REF_SPACE, a reference to a null body must be selected because HyperMesh requires a reference to a multibody when creating a multibody plane. A null body can be created like any other BODY (card image is not relevant and should not be used), Nullbody should be put under the SYSTEM.REF_SPACE assembly.

Keyword selection for output blocks is supported as GES selection.

The appropriate keyword is output when selecting elements for time-history output.

Supported Card	Solver Description	Supported Parameters	Notes
PLANE
SECFO /	Section definition for force output		Transmission forces are supported through the Interfaces panel. Slave nodes and master elements define the cross section. To define non-shell elements, create an entity set first. The master definition must be by sets.
SECTION
SENPT /	Sensor point output definition
SENPTG /	Sensor point output definition
SUPPORT
THELE /	Element time history	TITLE Definition Mode (Use EntityId List, Define Using General Entity Selection)	Uses element output block.
THLOC /	Local frame definition for node output	IFRAM ICORR IDAFLD TITLE GES Definition Mode (Use EntityId List, Define Using General Entity Selection) Coordinate System (Local System, Nodes N1 and N2)	In card previewer, a toggle switches between THLNO and THLOC. Additional input fields are shown in the card previewer for THLOC keyword.
THNOD /	Nodal time history	TITLE GES Definition Mode (Use EntityId List, Define Using General Entity Selection)	Uses output block including nodes.
VOLFRAC

Supported Card	Solver Description	Supported Parameters	Notes
$FREQUENCY	Definition of frequency list for frequency response analysis.	PRIMARY={LIST/EQUI/LOG/EIG/FUNCTION} BOUNDS CLUSTER/GEOM DOFTYPE PRIMARY	The FREQUENCY option is available in the results bracket.
$NLRESULTS	Output request for nonlinear static analysis	STEPS={ALL/EQUI/INTERVAL/PERIOD/LIST} KIND={ABS/RATIO} DOFTYPE
$TIMESTEPS	Specify specific time steps when results are written	KIND={ABS/RATIO} DOFTYPE

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See Also: