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LC (Selection of load case)
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Name of loadcase, for which the result values will be shown |
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Selection of the object category
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| Setting | Description |
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| Elem |
Presentation of internal forces of structural elements |
| Node |
Presentation of support forces of nodal support springs |
| Tendon |
Presentation of tendon forces (Selective field Tnd for selecting the presented tendon). |
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Tend
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Only for category Tendon: No. of the tendon profile for result presentation |
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ElemGrp (Selection of a object group)
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If the elements have been arranged in groups, the presentation can be restricted to the elements, nodes or tendons of a selected group. Default (no group selected): Presentation of all element groups
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Elem / Node (Selection of an object)
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Selection of a certain element or node for being presented in the visible part of the table |
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Global / Local
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| Setting | Description |
|---|
| Local |
Internal forces in the local coordinate system of the structural element (also tendon forces) or in the local system of the nodal support spring |
| Global |
Internal forces in the global coordinate system
- Elements: The internal forces are calculated in the local system with applying the standard sign rules, and then transformed into global directions with applying a standard direction transformation procedure.
- Tendon: The forces in longitudinal direction of the tendon are presented
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Ndiv Pnt
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Option for presenting the values in any subdivision points in addition to the values at element ends |
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Choice Results: Total/Primary/Secondary
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For load cases which have a primary part (internal equilibrium state) such as pre-stressing, creep and shrinkage, non-linear temperature distribution. | Setting | Description |
|---|
| Total |
the total internal forces are presented (primary + secondary) |
| Primary |
primary part of the internal forces is presented |
| Secondary |
secondary part of the internal forces is presented |
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Choice Type: Normal/Split/Joined
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Related to composite elements or partial elements of composite elements only: | Setting | Description |
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| Normal |
basic calculation results are presented (i.e. results of the elements, which formed the active system in the respective load case calculation) |
| Split |
respective partial internal forces are presented for the partial elements of the active composite elements |
| Joined |
equivalent results of composite elements for load cases calculated for respective partial elements before the composite state was activated |
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Result table of internal forces
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| Setting | Description |
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| Elem |
Element number |
| Nod |
Node number |
| x/l |
Position of the result point in the element |
| N |
Normal force or spring force in x direction |
| Qy |
Shear force or spring force in y direction |
| Qz |
Shear force or spring force in z direction |
| Mx |
Torsional moment or spring moment around x |
| My |
bending moment or spring moment around y |
| Mz |
bending moment or spring moment around z |
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Bottom buttons
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| Setting | Description |
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| Displ |
Switch to the presentation of deformations (displacements and rotations) |
| Stress |
Switch to the presentation of stresses in the defined stress points |
| Diagram |
Graphic presentation of the internal force diagram |
| Print |
Alpha-numeric output of the current result list (or of a part of it) |
| Max |
Search for the maximum value of a certain result component |
| Min |
Search for the minimum value of a certain result component |
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