Q2. The given Strut BC is connected to the cantilever beam AB as shown in the below figure. Calculate the force in member BC and draw the moment diagram for the beam AB by using only the stiffness method. Axial deformations in the beam are to be neglected. A 4 m 2 m 40 kN 2m B 60° 40 kN Sign Convention (+)
Q2. The given Strut BC is connected to the cantilever beam AB as shown in the below figure. Calculate the force in member BC and draw the moment diagram for the beam AB by using only the stiffness method. Axial deformations in the beam are to be neglected. A 4 m 2 m 40 kN 2m B 60° 40 kN Sign Convention (+)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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
Transcribed Image Text:Q2. The given Strut BC is connected to the cantilever beam AB as shown in the below figure. Calculate the force in member
BC and draw the moment diagram for the beam AB by using only the stiffness method. Axial deformations in the beam
are to be neglected.
A
4 m
2 m
40 kN
2m
B 60°
40 kN
Sign Convention
(+)
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