Versions Compared

Version Old Version 2 New Version 3
Changes made by

mert.goktas

mert.goktas

Saved on

Key

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

Please follow the instructions provided below to prepare the set of unfactored analysis results.

1

The purpose of this object is to define unfactored load case combinations/envelopes.

It allows for the combination of staged construction/deconstruction and other cyclic/static load cases. The object also enables the filtering of case results based on the load type, extraction of incremental/cumulative results, and the combination of cyclic loads to determine the most critical load effects.

The Result Extraction Cases created at this stage will be used in the "Limit States" section.

2

Navigate to Combinations > Result Extraction Cases

(Unfactored load case combinations/envelopes for the wind load defined in the previous step are automatically established in this section.)

Image Added

Image Added

3

Enter a name as DC1_Sub for the Result Extraction Case you want to identify

Then Click three-dots icon on Filter by Load Type cell and click Select.

4

Select Dead load type for “DCSub1” as in the figure

Image Added

5

Set DC1_Sub's Envelope to Yes.

As a result of an analysis with an Envelope parameter, the most critical value is selected.

For the DC1_sub result extraction data (unffactored load case) , ensure that the "Incremental" and "Transient Loads (Extreme Effects)" parameters remain constant (NO).

Image Added

6

Click three-dots icon on Cases | Factors cell and click edit.

To visualize the Dead load in the Result extraction cases,
Indicate which of the previously defined construction stages are effective for the unfactored load case in this section.

Image Added

7

Assign the appropriate Construction Stages for the DC1_Sub Result Extraction data (unfactored load case) in the combobox.

Click three-dots icon on Case and click Select to select construction stage.

Select (Construction Stages) Case for DC1_Sub as in the figure.

Once you have added the cases, enter the corresponding Factor data for each of them.

Image Added

Image Added

Image Added

8

Repeat the same steps from 3 to 7 for the second and other Result Extraction Cases.

Enter the Result Extraction Cases as in the figure

Image Added

...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
nameCopyPaste
nopaneltrue

1

Navigate to Result Extraction Cases under Combinations on the tree view.

2

Copy Items from model inputs and paste into OpenBrIM.

...

Insert excerpt
_ConfluenceInclusions
_ConfluenceInclusions
namePasteTip
nopaneltrue

Result Extraction Cases

Items

Code Block
languagexml
AASHTO Wind Cases Strength III	Wind on Structure	YES	NO	YES	[[WindLoad_Strength_III_0_deg, 1],[WindLoad_Strength_III_15_deg, 1],[WindLoad_Strength_III_30_deg, 1],[WindLoad_Strength_III_45_deg, 1],[WindLoad_Strength_III_60_deg, 1]]
AASHTO Wind Cases Strength V	Wind on Structure	YES	NO	YES	[[WindLoad_Strength_V_0_deg, 1],[WindLoad_Strength_V_15_deg, 1],[WindLoad_Strength_V_30_deg, 1],[WindLoad_Strength_V_45_deg, 1],[WindLoad_Strength_V_60_deg, 1]]
AASHTO Wind Cases Service I	Wind on Structure	YES	NO	YES	[[WindLoad_Service_I_0_deg, 1],[WindLoad_Service_I_15_deg, 1],[WindLoad_Service_I_30_deg, 1],[WindLoad_Service_I_45_deg, 1],[WindLoad_Service_I_60_deg, 1]]
AASHTO Wind Cases Service IV	Wind on Structure	YES	NO	YES	[[WindLoad_Service_IV_0_deg, 1],[WindLoad_Service_IV_15_deg, 1],[WindLoad_Service_IV_30_deg, 1],[WindLoad_Service_IV_45_deg, 1],[WindLoad_Service_IV_60_deg, 1]]
DC1_Sub	Dead	YES	NO	NO	[[SubstrConstStage, 1],[GirderStage, 1],[SIPFormworkStage, 1],[Cast1PourStage, 1],[Cast2PourStage, 1],[Cast3PourStage, 1],[Cast123GainStiffStage, 1],[Cast4PourStage, 1],[Cast5PourStage, 1],[Cast45GainStiffStage, 1]]
DC1_Sup	Dead	YES	NO	NO	[[GirderStage, 1],[SIPFormworkStage, 1],[Cast1PourStage, 1],[Cast2PourStage, 1],[Cast3PourStage, 1],[Cast123GainStiffStage, 1],[Cast4PourStage, 1],[Cast5PourStage, 1],[Cast45GainStiffStage, 1]]
DC2	Imposed Dead	NO	NO	NO	[[FBarrierStage, 1]]
DW	Wearing Surface	NO	NO	NO	[[FutureWearingStage, 1]]
LL	Live (Vehicular + Impact)	NO	NO	NO	[[LLHL93Case, 1]]
LLFat	Live (Vehicular + Impact)	NO	NO	NO	[[LLFatCase, 1]]
LLSub	Live (Vehicular + Impact)	NO	NO	NO	[[LLHL93Case_LLsub, 1]]
WS	Wind on Structure	NO	NO	NO	[[WSStage, 1]]
TU	Temperature	YES	YES	NO	[[TUExpStage, 1],[TUContrStage, 1]]
BR	Braking	NO	NO	NO	[[LLBreakingCase, 1]]
Cent	Centrifugal	NO	NO	NO	[[LLCentCase, 1]]
TubGirderDL	Dead	NO	NO	NO	[[GirderStage, 1]]
DeckDL	Dead	YES	NO	NO	[[Cast1PourStage, 1],[Cast2PourStage, 1],[Cast3PourStage, 1],[Cast123GainStiffStage, 1],[Cast4PourStage, 1],[Cast5PourStage, 1],[Cast45GainStiffStage, 1]]