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1 | Payload Application Verification: | |
2 | Visualization of Applied Loads: Navigate to the FEA tab. On the lower left-hand side, you'll find boxes that allow for selections. Select for the "Loading" tab from the combobox. | |
3 | Upon choosing various Construction Stages, will be observed the applied of "Surface Load", "Line Load" and "Point Load" to the designated elements. | |
4 | Verification of Applied Load Values: Follow these steps to visually inspect the loads displayed in the spreadsheet and verify their consideration: Navigate to the FEA Tab.
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1 | Understanding the distribution of forces within a structural system is of paramount importance for ensuring the integrity and safety of engineering designs. Girders as essential load-bearing components, play a crucial role in transferring loads throughout a structure. Initiate the “Analysis” first and then navigate to the FEA tab. | |
2 | Apply a filter to display the desired Girder Force. OpenBrIM provides both Composite and Non-composite options for showcasing forces linked to "Girders" The OpenBrIM analysis engine utilizes "Composite" forces for section calculations. Therefore, select for "Composite" in the case of "Preacast I Girder 5" and proceed. | |
3 | Choose the "GirderErection" as the Construction Stage and Examine the Composite Forces (My) on “PIG5”. | |
4 | Let's exemine the Composite Forces acting on PIG5 for the chosen Construction Stage. Since there is no progressive load or moment "increment" during this Construction Stage, there will be no graphical results visible. However, if the display mode is set to "Cumulative" a graphical representation of the cumulative total from the inception of Construction Stage up to the specified Construction Stage will be displayed. | |
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6 | To observe the graphically presented outcomes in the spreadsheet, proceed from the tree view to the "Composite Element Forces (Sectional)" page spreadsheet located at the under of the Results section. Choose the desired "Construction Stage" for viewing and you will be able to discern the results at every “Position” (coordinate) within the spreadsheet. |
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1 | To view "Girder Stress" you'll undertake analogous actions to those elucidated in the previous section's steps for observing "Girder Force" Initiate the “Analysis” first and then navigate to the FEA tab. | |
2 | Apply a filter to display the desired Girder StressedStresses. OpenBrIM provides both Composite and Non-composite options for showcasing forces linked to "Girders" The OpenBrIM analysis engine utilizes "Composite" forces for section calculations. Therefore, select for "Composite" in the case of "Preacast I Girder 5" and proceed. | |
3 | Distinct graphical outcomes are presented for various forces. | |
4 | To observe the graphically presented outcomes in the spreadsheet, proceed from the tree view to the "Composite Element Stressed" spreadsheet located at the under of the Results section. Choose the desired "Construction Stage" for viewing and you will be able to discern the results at every “Position” (coordinate) within the spreadsheet. |
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The exploration of the FEA Results page is now complete. A comprehensive understanding of how to view FEA results has been acquired. |