3. A W420 x 85 steel beam is fully restrained (both ends are fixed support) with a uniformly distributed super-imposed load of 25 kN/m and a concentrated load at 4 m from the right end. The beam has a span of 10 m Properties of W420 x 85 A = 10839 mm² d = 420 mm b,= 180 mm t₁ = 18 mm = 11 mm t₂ 1,= 310 x 10 mm a. Compute for the maximum bending moment, and maximum shear of the beam b. Compute the average shearing stress in the beam c. Compute the maximum shearing stress in the beam (

Structural Analysis
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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3. A W420 x 85 steel beam is fully restrained (both ends are fixed support) with a uniformly distributed
super-imposed load of 25 kN/m and a concentrated load at 4 m from the right end. The beam has a span
of 10 m
Properties of W420 x 85
A 10839 mm²
d = 420 mm
b,= 180 mm
t. 18 mm.
t = 11 mm.
I, 310 x 10 mm"
a. Compute for the maximum bending moment, and maximum shear of the beam
b. Compute the average shearing stress in the beam
c. Compute the maximum shearing stress in the beam (₁
Transcribed Image Text:3. A W420 x 85 steel beam is fully restrained (both ends are fixed support) with a uniformly distributed super-imposed load of 25 kN/m and a concentrated load at 4 m from the right end. The beam has a span of 10 m Properties of W420 x 85 A 10839 mm² d = 420 mm b,= 180 mm t. 18 mm. t = 11 mm. I, 310 x 10 mm" a. Compute for the maximum bending moment, and maximum shear of the beam b. Compute the average shearing stress in the beam c. Compute the maximum shearing stress in the beam (₁
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