Please follow the instructions provided below to create External Diapgrahm.
1 | Navigate to Bracing > External Diaphragm Several structural elements are used to ensure that the two Tub Girders work together structurally, and one of these elements is the "External Diaphragm”. | |
2 | Click three-dots icon on Girders cell and pick the two Tub Girders (G1 & G2) between which the External Diaphragm will be placed. | |
3 | As the project calls for 5 External Diaphragms, this number of diaphragms has been defined. | |
4 | Also Skew Angle value is 0. | |
5 | Since our project has 4 pier-end points, assign the "Pier-End" type to the External Diaphragm for the first 4 rows. Assign the "Intermediate" type to the External Diaphragm for the last row. | |
6 | Click three-dots icon on Select Pier/End cell and pick location as in the figure.
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7 | Enter the following data for Offset from Pier/End [ft] as in the figure | |
8 | Click three-dots icon on Material cell and assign the material type of all external diaphragms to A709_50W. | |
9 | You can make adjustments to the "Section Details" and "Stiffener" tabs if you wish. |
Follow the below steps to copy and paste all inputs from our data set.
1 | Navigate to External Diaphragm under Bracing on the tree view. |
2 | Copy Location, Section Details and 3D Details from model inputs and paste into OpenBrIM. |
The External Diaphragm that have been created are illustrated below.
External Diaphragm | ||
---|---|---|
Location | Section Details | 3D Details |
EXTDIA1 [G1,G2] 0 Pier-End 10 Abut1 1.5 A709_50W EXTDIA2 [G1,G2] 0 Pier-End 10 Pier2 0 A709_50W EXTDIA3 [G1,G2] 0 Pier-End 10 Pier3 0 A709_50W EXTDIA4 [G1,G2] 0 Pier-End 10 Abut4 -1.5 A709_50W EXTDIA5 [G1,G2] 0 Intermediate 260 NULL 0 A709_50W | EXTDIA1 YES YES 1.75 15 1 1 15 0.625 1 EXTDIA2 YES YES 1.75 15 1 1 15 0.625 1 EXTDIA3 YES YES 1.75 15 1 1 15 0.625 1 EXTDIA4 YES YES 1.75 15 1 1 15 0.625 1 EXTDIA5 YES YES 1.75 15 1 1 15 0.625 1 | EXTDIA1 2.5 NO EXTDIA2 2.5 NO EXTDIA3 2.5 NO EXTDIA4 2.5 NO EXTDIA5 2.5 NO |
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