1. Figure Q1 shows a cantilever beam ABCDE subjected to a uniformly distributed load, w from points B to C. There are also a point load and a bending moment at points D and E, respectively. By using...


1. Figure Q1 shows a cantilever beam ABCDE subjected to a uniformly distributed load, w<br>from points B to C. There are also a point load and a bending moment at points D and E,<br>respectively. By using Macaulay's method;<br>a) Develop the deflection equation in terms of w, L, E and I. Take point A as the origin.<br>b) Given that EI = 100×106 Nm² and L = 8m, determine the value of w so that the vertical<br>deflection at point C is 2.5 mm.<br>c) Then, develop the slope and deflection functions if a roller support is added at point E.<br>Take w = 600 N/m.<br>P=wL<br>M=LwL?<br>32<br>B<br>C<br>D<br>L/4<br>L/2<br>L/8<br>L/8<br>Figure Q1<br>

Extracted text: 1. Figure Q1 shows a cantilever beam ABCDE subjected to a uniformly distributed load, w from points B to C. There are also a point load and a bending moment at points D and E, respectively. By using Macaulay's method; a) Develop the deflection equation in terms of w, L, E and I. Take point A as the origin. b) Given that EI = 100×106 Nm² and L = 8m, determine the value of w so that the vertical deflection at point C is 2.5 mm. c) Then, develop the slope and deflection functions if a roller support is added at point E. Take w = 600 N/m. P=wL M=LwL? 32 B C D L/4 L/2 L/8 L/8 Figure Q1

Jun 11, 2022
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