PROBLEM 1.Calculate the uniform live load capacity of the reinforced concrete beam in Figure 1 if f.'=20.7 MPa andf, = 276 MPa. The beam also carries a dead load (including the beam weight) equal to 680 N/m.b= 250mmWud= 460 mmL= 6 m3-25mm o barsBeam SectionFigure 1

Given, f'c=20 MPa=3002.281 psify=276 MPa=40030.4 psi DL=680 N/m B=250 mm=9.84 inch. d=460 mm=18.11…

PROBLEM 1. Calculate the uniform live load capacity of the reinforced concrete beam in Figure 1 if f'= 20.7 MPa and %3D f, = 276 MPa. The beam also carries a dead load (including the beam weight) equal to 680 N/m. b = 250mm Wu d = 460 mm L= 6 m 3- 25mm o ibars Beam Section Figure 1

PROBLEM 1. Calculate the uniform live load capacity of the reinforced concrete beam in Figure 1 if f'= 20.7 MPa and %3D f, = 276 MPa. The beam also carries a dead load (including the beam weight) equal to 680 N/m. b = 250mm Wu d = 460 mm L= 6 m 3- 25mm o ibars Beam Section Figure 1

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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Question

PROBLEM 1.
Calculate the uniform live load capacity of the reinforced concrete beam in Figure 1 if f.'=20.7 MPa and
f, = 276 MPa. The beam also carries a dead load (including the beam weight) equal to 680 N/m.
b= 250mm
Wu
d= 460 mm
L= 6 m
3-25mm o bars
Beam Section
Figure 1

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