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  • Click Structural Inspection tab in the ribbon menu.

  • From the Output heading, open the Concrete All Failures list.

  • Click the As(-) Concrete Insufficient Rebar Area command.

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  • The results of the insufficiency of reinforcement space Reinforcement insufficiency results will appear in the visualization window.

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  • From Visualization dialog, select All Failures from the Design Output list.

  • Failure situations are seen in the column design results.

  • It means that there is no insufficiency in the green colored elements, and there is an insufficiency in the red colored elements.

  • Select the Longitudinal rebar pursantage (%-Columns) from the Design heading, Concrete list.

  • The longitudinal reinforcement ratios used in the column concrete design are shown.

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  • Click the Forces-Reinforcement Areas tab.

  • The internal force values ​​used in the column design are listed.

  • Calculated-required-existingreinforcement areas and column design are examined.

  • Column design internal forces are examined.

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  • Click the Capacity Diagrams tab.

  • Calculated axial force and biaxial bending interaction curve are given.

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  • Click the Moment-Curvature tab.

  • Activate the Caltrans idealized model.

  • Activate the stop when a fiber reaches ultimate stress.

  • The results of the Moment- Curvatureanalysis results calculated using the fiber cross section fibers appear.

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  • Click the OK button to close the dialog.

  • Open the Concrete list from the Ribbon menu Design heading.

  • Click the Beam command.

  • The Beam Reinforcement dialog opens.

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  • The Slab Reinforcement dialog opens.

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  • In the Slabs tab, the reinforcements determined as a result of the slab design slab reinforcements are listed.

  • Click the OK button to close the dialog.