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For the beam with the given dimensions, determine the moment capacity using (a) Flexure Theory (b) ACI Equations As' = 15 cm² As = 50 cm² d = 40 cm b = 25 cm d' = 6.5 cm = fc' = 20.7 MPa fs 124.50 MPa Flexure Theory Gross Section ACI Equations 10 nA Transformed Section NA d-x/3 Stress & Internal Couple Diagrams kd/3 kd NA Groen Section Transformed Section Stress & Internal Couple Diagrams

For the beam with the given dimensions, determine the moment capacity using (a) Flexure Theory (b) ACI Equations As' = 15 cm² As = 50 cm² d = 40 cm b = 25 cm d' = 6.5 cm = fc' = 20.7 MPa fs 124.50 MPa Flexure Theory Gross Section ACI Equations 10 nA Transformed Section NA d-x/3 Stress & Internal Couple Diagrams kd/3 kd NA Groen Section Transformed Section Stress & Internal Couple Diagrams

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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For the beam with the given dimensions, determine the moment capacity using (a) Flexure Theory (b) ACI Equations As' = 15 cm² As = 50 cm² d = 40 cm b = 25 cm d' = 6.5 cm = fc' = 20.7 MPa fs 124.50 MPa Flexure Theory Gross Section ACI Equations 10 nA Transformed Section NA d-x/3 Stress & Internal Couple Diagrams kd/3 kd NA Groen Section Transformed Section Stress & Internal Couple Diagrams
Transcribed Image Text:For the beam with the given dimensions, determine the moment capacity using (a) Flexure Theory (b) ACI Equations As' = 15 cm² As = 50 cm² d = 40 cm b = 25 cm d' = 6.5 cm = fc' = 20.7 MPa fs 124.50 MPa Flexure Theory Gross Section ACI Equations 10 nA Transformed Section NA d-x/3 Stress & Internal Couple Diagrams kd/3 kd NA Groen Section Transformed Section Stress & Internal Couple Diagrams
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