Q3. For the beam shown in Fig. 3.compute: 1. The maximum shearing stress developed in the beam. 2. The shearing stress developed at the junction. 3. The shearing stress developed at a horizontal layer 50 mm from the bottom at the section 4 m from the left end of the beam. 120 40 12 KN 80 8 KN/m * NA Im + 2 m 180 in t R1 R2 40 (Fig.3) -50 X10 mm

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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Q3. For the beam shown in Fig. 3.compute:
1. The maximum shearing stress developed in the beam.
2. The shearing stress developed at the junction.
3. The shearing stress developed at a horizontal layer 50 mm from the bottom at the section 4
m from the left end of the beam.
120
40
12 KN
80
8 KN/m
* NA
Im +
2 m
180
is t
R1
R2
40
(Fig.3)
I-50 X10 mm
Transcribed Image Text:Q3. For the beam shown in Fig. 3.compute: 1. The maximum shearing stress developed in the beam. 2. The shearing stress developed at the junction. 3. The shearing stress developed at a horizontal layer 50 mm from the bottom at the section 4 m from the left end of the beam. 120 40 12 KN 80 8 KN/m * NA Im + 2 m 180 is t R1 R2 40 (Fig.3) I-50 X10 mm
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