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Code check and load rating templates enable the user to input global bridge parameters at one time.

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Follow the next steps to proceed with superstructure code check templates.

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Follow the next steps to create a Steel I girder code check.

1

Under Templates for Code Check and Load Rating/ Steel I Girder Code Check, go to Code Parameters.

2

Name the 1st row as SuperstrCCT.

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Select Load Combination Table as SuperstructureLCT.

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Select Check For as StrengthServiceFatigue.

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To include haunch for section property computation, keep Include Haunch for Section Properties? as YES.

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Switch to Bridge Parameters. Specify ADTT (Annual Average Daily Truck Traffic) as 1000 and Number of lanes available to trucks as 3.

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Follow the next steps to define one more template for constructibility checks.

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Go to 2nd row and name it as SuperstrConstLCT.

2

Select Load Combination Table column as SuperStrConstLCT.

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Select Check For column as Constructibility.

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Follow the next steps to create a field splice code check.

1

Go to Templates for Code Check and Load Rating/ Field Splice Code Check.

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Select Load Combination Table as SuperstructureLCT.

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Name the row SpliceCCT.

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Switch to Design Parameters column. Keep the Design Parameters as default (60 kip/in2) for this case.

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Follow the next steps to create a cross frame code check.

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Go to Templates for Code Check and Load Rating/ Cross Frame Code Check.

2

Select Load Combination Table as SuperstructureLCT.

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Name the row CFrameCCT.

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Follow the next steps to create a shear stud code check.

1

Go to Templates for Code Check and Load Rating/ Shear Stud Code Check.

2

Under Analysis Results, select Load Combination Table as SuperstructureLCT.

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Name the row SStudCCT.

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Switch to Bridge Parameters. Enter ADTT and Number of lanes available to trucks as 3.

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Switch to Code Parameters. Keep haunch preference as default (YES).

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Follow the next steps to proceed with substructure code check templates.

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Follow the next steps to create a pier cap code check.

1

Go to Templates for Code Check and Load Rating/ Pier Cap Code Check.

2

Under General, select Load Combination Table as SubstructureLCT.

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Name the row as PierCapCCT.

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To apply AASHTO Appendix B5 provisions, keep Use of Appendix B5 column as default (YES).

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Follow the next steps to create a pier column code check.

1

Go to Templates for Code Check and Load Rating/ Pier Column Code Check.

2

Select Load Combination Table as SubstructureLCT.

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Name the row as PierColCCT.

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To exclude AASHTO Appendix B5 provisions, keep Use of Appendix B5 column as default (NO).

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Follow the next steps to create a pier footing code check.

1

Go to Templates for Code Check and Load Rating/ Pier Footing Code Check.

2

Select Load Combination Table as SubstructureLCT.

3

Name the row as PierFootCCT.

4

To exclude AASHTO Appendix B5 provisions, keep Use of Appendix B5 column as default (NO).

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Follow the next steps to create a pile capacity code check.

1

Name the row as PileCapacityCCT.

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Select Load Combination Table as SubstructureLCT.

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Follow the next steps to create a load rating template.

1

Under Templates for Code Check and Load Rating/ Steel I Girder Load Rating, select Strength Combination Table and Service Combination Table columns as LoadRatingLCT in Analysis Results.

2

Select LL (Fatigue) case.

3

Similar to the Steel I Girder Code Check Template, enter the inputs for Bridge Parameters, Fatigue Parameters, Other and Appendix B6 columns.

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