Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.
Info

Please follow the instructions provided below to define construction of substructure bridge components.

1

In a typical design project, the bearing construction should be performed in conjunction with girder construction.

This implies that in the "Girder Construction" spreadsheet, you need to input the same "stage" information for the "Bearing Construction" as you did for the "Girder Construction".

During construction, it is important to connect the two-node spring element to both the girder and pier cap. If a node is left unconnected to any element, it could potentially lead to instability issues for the FEA (Finite Element Analysis) solver.

2

Navigate to Loading > Construction > Substructure > Bearing Construction

23

Click three-dots icon on Stage cell and click select.

34

Select "BridgeConstGirderErection" as stage.

Image RemovedImage Added
45

Click three-dots icon on Insertion Points cell and click pick.

Image RemovedImage Added

56

Select all of the Insertion Points that were previously defined from the 3D View.

Then click Done.

...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
nameFEA explanation
nopaneltrue

...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
nameTo access
nopaneltrue

...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
nameCopyPaste
nopaneltrue

1

Navigate to Bearing Construction under Substructure Construction on the tree view.

2

Copy Superstructure Connection Construction from model inputs and paste into OpenBrIM.

...

Bearing Construction

Superstructure Connection Construction

Code Block
languagexml
SCC1	BridgeConstGirderErection	[IP1,IP2,IP3,IP4,IP5,IP6,IP11,IP7,IP12,IP13,IP8,IP14,IP15,IP9,IP16,IP10,IP17,IP18,IP25,IP19,IP26,IP20,IP21,IP27,IP22,IP28,IP23,IP24,IP29,IP30,IP31,IP32,IP33,IP34]

...