For the beam with the triangular cross section shown in below, determine ( a) the balanced reinforcement ratio and (b) the maximum reinforcement ratio if et= 0.005 . The dimensions of the triangle are such that the width of the triangle equals the distance from the apex . Thus , the width at the effective depth b equals the effective depth d. Express the reinforcement ratio p in terms of b and d. Draw the strain distribution , and stress distribution , and define your notation
For the beam with the triangular cross section shown in below, determine ( a) the balanced reinforcement ratio and (b) the maximum reinforcement ratio if et= 0.005 . The dimensions of the triangle are such that the width of the triangle equals the distance from the apex . Thus , the width at the effective depth b equals the effective depth d. Express the reinforcement ratio p in terms of b and d. Draw the strain distribution , and stress distribution , and define your notation
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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For the beam with the triangular cross section shown in below, determine ( a) the balanced reinforcement ratio and (b) the maximum reinforcement ratio if et= 0.005 . The dimensions of the triangle are such that the width of the triangle equals the distance from the apex . Thus , the width at the effective depth b equals the effective depth d. Express the reinforcement ratio p in terms of b and d. Draw the strain distribution , and stress distribution , and define your notation
Transcribed Image Text:d
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