1: The cantilever beam below is subjected to external distributed loadings and forces between the endpoints and it is in equilibrium. The left hand endpoint A is hanging free and the right hand endpoint B is built in. You may assume that no external couple moments are acting on the overhanging part of the beam. The figure is not to scale. 0.5 m C B (a) The shear force diagram of the beam is shown below; V (2) = -3(a – 2.5)2 +3 for 2.5

Structural Analysis
6th Edition
ISBN:9781337630931
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Chapter2: Loads On Structures
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1: The cantilever beam below is subjected to external distributed loadings and forces between the
endpoints and it is in equilibrium. The left hand endpoint A is hanging free and the right hand endpoint B is built in. You
may assume that no external couple moments are acting on the overhanging part of the beam.
The figure is not to scale.
4 m
0.5 m |
(a)
The shear force diagram of the beam is shown below; V (x) = -3(x – 2.5)2 + 3 for 2.5 < a < 3.5.
Draw the complete free-body diagram of the beam, showing all the external forces, distributed loadings, and support
reactions.
V (kN)
I (m)
1.5
2.5
3.5
-1
(b)
Draw the bending moment diagram of the beam.
Note that the area between V and the a-axis on the interval [2.5, 3.5] is 2.
(c)
Draw the free-body diagram of the part of the beam between a = 3.5 and a = 4, i.e. the part CB.
Transcribed Image Text:1: The cantilever beam below is subjected to external distributed loadings and forces between the endpoints and it is in equilibrium. The left hand endpoint A is hanging free and the right hand endpoint B is built in. You may assume that no external couple moments are acting on the overhanging part of the beam. The figure is not to scale. 4 m 0.5 m | (a) The shear force diagram of the beam is shown below; V (x) = -3(x – 2.5)2 + 3 for 2.5 < a < 3.5. Draw the complete free-body diagram of the beam, showing all the external forces, distributed loadings, and support reactions. V (kN) I (m) 1.5 2.5 3.5 -1 (b) Draw the bending moment diagram of the beam. Note that the area between V and the a-axis on the interval [2.5, 3.5] is 2. (c) Draw the free-body diagram of the part of the beam between a = 3.5 and a = 4, i.e. the part CB.
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