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Girder: Choose a girder for the camber diagram.
Number of Result Extraction Stations [Ten Segment per Span/Twenty Segment per Span]:A camber model and diagram are generated using the deflections extracted for each span. If 10 is chosen, 10 deflection values will be extracted and utilized for each span.
PGL Correction (Yes/No)?:
Deflection Result Cases
A girder camber diagram can be generated based on three main result cases: Girder Dead Load, Deck Dead Load, and Superimposed Dead Load. The result extractions previously defined can be used to define these cases within this tab. The results from these cases can then be applied to calculate the deflection of the girder, which will be used to generate the camber diagram.
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Superimposed Dead Load: Specify the result case for the superimposed dead loads, which are defined for the calculation of the deflection of the girders. The superimposed dead loads may include railings, signage, utilities, traffic barriers, and sidewalks as part of the result extraction case.
Number of Result Extraction Stations [Ten Segment per Span/Twenty Segment per Span]Segments: A camber model and diagram are generated using the deflections extracted for each span. If you enter 10 is chosen, 10 , every span will be divided into 10 segments, and the deflection values will be extracted and utilized for each span.
PGL Correction (Yes/No)?:
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