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Consider a cantilever beam ABC of the total length 'L' and a constant flexural rigidity 'El' in Figure 1. The beam supports two concentrated loads 'P,' and 'P;' located at full length and at half length of the beam, respectively. You are required to determine: (i) The " diagram of the beam, through drawing. (ii) (ii) The equation of angle of rotation e, at point 'A'. The equation of maximum deflection 8, at point 'A'. P. P2 A B Figure 1 ////

Consider a cantilever beam ABC of the total length 'L' and a constant flexural rigidity 'El' in Figure 1. The beam supports two concentrated loads 'P,' and 'P;' located at full length and at half length of the beam, respectively. You are required to determine: (i) The " diagram of the beam, through drawing. (ii) (ii) The equation of angle of rotation e, at point 'A'. The equation of maximum deflection 8, at point 'A'. P. P2 A B Figure 1 ////

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Consider a cantilever beam ABC of the total length 'L' and a constant flexural rigidity 'El' in Figure 1. The beam supports two concentrated loads 'P;' and 'P;' located at full length and at half length of the beam, respectively. You are required to determine: (1) The diagram of the beam, through drawing. (ii) (ii) The equation of angle of rotation e, at point 'A'. The equation of maximum deflection 8, at point 'A'. P. P2 A B Figure 1
Transcribed Image Text:Consider a cantilever beam ABC of the total length 'L' and a constant flexural rigidity 'El' in Figure 1. The beam supports two concentrated loads 'P;' and 'P;' located at full length and at half length of the beam, respectively. You are required to determine: (1) The diagram of the beam, through drawing. (ii) (ii) The equation of angle of rotation e, at point 'A'. The equation of maximum deflection 8, at point 'A'. P. P2 A B Figure 1
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