Calculate the equivalent distributed load representing the self-weight of a beam with cross sections shown in the figure. Consider the following two cases: a) Ignoring the weight of the steel b) Including the weight of the steel The density of the concrete is 2450 kg/m³. b=300 mm Conclude on the necessity of including the steel weight when evaluating RC beams' self-weight. h=500 mm d=450 mm

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Calculate the equivalent distributed load representing the self-weight of a beam with cross sections
shown in the figure. Consider the following two cases:
a) Ignoring the weight of the steel
b) Including the weight of the steel
The density of the concrete is 2450 kg/m³.
b=300 mm
Conclude on the necessity of including the steel weight
when evaluating RC beams' self-weight.
h=500 mm
d=450 mm
A,=2000 mn2
4- No 25
Transcribed Image Text:Calculate the equivalent distributed load representing the self-weight of a beam with cross sections shown in the figure. Consider the following two cases: a) Ignoring the weight of the steel b) Including the weight of the steel The density of the concrete is 2450 kg/m³. b=300 mm Conclude on the necessity of including the steel weight when evaluating RC beams' self-weight. h=500 mm d=450 mm A,=2000 mn2 4- No 25
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