LS-DYNA > Running an Analysis > Output Requests
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Output Requests
This form allows the definition of what results data is desired from the analysis code. The settings can be accepted, as altered, by selecting the OK button on the bottom of the form. If the Cancel button is selected instead, the form will be closed without any of the changes being accepted. Selecting the Defaults button resets the form to the initial default settings.
The following table outlines the selections for the Results Types and selection possibilities.
 
Object
Type
Binary State File
*DATABASE_BINARY_D3PLOT
*DATABASE_EXTENT_BINARY
Binary History File





Cross Section Forces


Wall Forces
Global Data
Subsystem Data
Discrete Elements
Material Energies
Nodal Interface Force
Result Interface Force
Deformed Geo File
SPC Reaction Force
Nodal Const Reaction
Air Bag Statistics
Nodal Force Group
BC Forces and Energy
Rigid Body Data
Geo Contact Entities
Sliding Int Energy
Joint Force File
Seat Belt Output
AVS Database

Movie

MPGS

Trace Particle History

Thermal Output
*DATABASE_BINARY_D3THDT
*DATABASE_BINARY_XTFILE
*DATABASE_HISTORY_BEAM
*DATABASE_HISTORY_NODE
*DATABASE_HISTORY_SHELL
*DATABASE_HISTORY_SOLID
*DATABASE_HISTORY_TSHELL
*DATABASE_SECFORC
*DATABASE_CROSS_SECTION_SET
*DATABASE_RWFORC
*DATABASE_GLSTAT
*DATABASE_SSSTAT
*DATABASE_EXTENT_SSSTAT
*DATABASE_DEFORC
*DATABASE_MATSUM
*DATABASE_NCFORC
*DATABASE_RCFORC
*DATABASE_DEFGEO
*DATABASE_SPCFORC
*DATABASE_SWFORC
*DATABASE_ABSTAT
*DATABASE_NODFOR
*DATABASE_BNDOUT
*DATABASE_RBDOUT
*DATABASE_GCEOUT
*DATABASE_SLEOUT
*DATABASE_JNTFORC
*DATABASE_SBTOUT
*DATABASE_AVSFLT
*DATABASE_EXTENT_AVS
*DATABASE_MOVIE
*DATABASE_EXTENT_MOVIE
*DATABASE_MPGS
*DATABASE_EXTENT_MPGS
*DATABASE_TRHIST
*DATABASE_TRACER
*DATABASE_TPRINT
To define the *DATABASE_EXTENT_BINARY entry associated with a *DATABASE_BINARY_D3PLOT record the following subordinate form is used. This form is invoked when Input Data is selected and Binary State File is the active Result Type. Note that the first data item, “Exclude Discrete Springs and Dampers” is written to the *DATABASE_BINARY_D3PLOT record.
To define the *DATABASE_HISTORY_option entry associated with a *DATABASE_BINARY_D3THDT record the following subordinate form is used. This form is invoked when Input Data is selected and Binary History File is the active Result Type. Note that the last data item, “Extra Time History Data” results in generation of a *DATABASE_BINARY_XTFILE record.
To define the *DATABASE_CROSS_SECTION_SET entry associated with a *DATABASE_SECFORC record, the following subordinate form is used. This form is invoked when Input Data is selected and Cross Section Forces is the active Result Type.
To define the *DATABASE_OPTION entry, the following subordinate form is used, when Input Data is selected and one of the following options is the active Result type: Wall Forces, Global Data, Discrete Element Material Energies, Nodal Interface Force, Result Interface force, Deformed Geo File, SPC Reaction Force, Nodal Const. Reaction, Air Bag Statistics, Nodal force group, Geo contact entities, Sliding Int Energy, Joint Force file, Seat Belt output, Thermal Output.
To define the *DATABASE_EXTENT_OPTION entry associated with a *DATABASE_OPTION record, the following subordinate form is used,. This form is invoked when Input Data is selected and AVS Database,Movie or MPGs is the active Result Type.
To define the *DATABASE_TRACER entry associated with a *DATABASE_TRHIST record, the following subordinate form is used,. This form is invoked when Input Data is selected and Trace Particle History is the active Result Type.
 
Table 3‑1  
Variable Type
Component Number
Quantity
Nodal
1-3
x,y,z-displacements
4-6
x,y,z-velocities
7-9
x,y,z-accelerations
10
temperature
Brick Element
1
x-stress
2
y-stress
3
z-stress
4
xy-stress
5
yz-stress
6
zx-stress
7
effective plastic strain
Beam element
1
x-force resultant
2
y-force resultant
3
z-force resultant
4
x-moment resultant
5
y-moment resultant
6
z-moment resultant
Shell and Thick Shell
1
midsurface x-stress
2
midsurface y-stress
3
midsurface z-stress
4
midsurface xy-stress
5
midsurface yz-stress
6
midsurface zx-stress
7
midsurface effective plastic strain
8
innersurface x-stress
9
innersurface y-stress
10
innersurface z-stress
11
innersurface xy-stress
12
innersurface yz-stress
13
innersurface zx-stress
14
innersurface effective plastic strain
15
outer surface x-stress
16
outer surface y-stress
17
outer surface z-stress
18
outer surface xy-stress
19
outer surface yz-stress
20
outer surface zx-stress
21
outer surface effective plastic strain
22
bending moment-mxx (4-node shell)
23
bending moment -myy(4-node shell)
24
bending moment-mxy (4-node shell)
25
shear resultant-qxx (4-node shell)
26
shear resultant-qyy (4-node shell)
27
normal resultant-nxx (4-node shell)
28
normal resultant-nxx (4-node shell)
29
normal resultant-nxy (4-node shell)
30
thickness
Shell and Thick Shell (continued)
31
element dependent variable
32
element dependent variable
33
innersurface x-stress
34
innersurface y-stress
35
innersurface z-stress
36
innersurface xy-stress
37
innersurface yz-stress
38
innersurface zx-stress
39
outer surface x-stress
40
outer surface y-stress
41
outer surface z-stress
42
outer surface xy-stress
43
outer surface yz-stress
44
outer surface zx-stress
45
internal energy
46
midsurface effective stress
47
inner surface effective stress
48
outer surface effective stress
49
midsurface max. principal strain
50
through thickness strain
51
midsurface min. principal strain
52
lowersurface effective strain
53
lowersurface max. principal strain
54
through thickness strain
55
lower surface min.principal strain
56
lowersurface effective strain
57
lower surface min.principal strain
58
through thickness strain
59
upper surface max.principal strain
60
upper surface effective strain