Question: For the rigid frames or beams shown in Figures P5-23 through P5-38, determine the displacements and rotations at the nodes, the element forces, and the
For the rigid frames or beams shown in Figures P5-23 through P5-38, determine the displacements and rotations at the nodes, the element forces, and the reactions.
Figure P5-22
-1.png)
Figure P5-23
-2.png)
Figure P5-24
-3.png)
Figure P5-25 Two bicycle frame models (coordinates shown in inches)
-4.png)
-5.png)
-6.png)
Figure P5-26
-7.png)
Figure P5-28
-8.png)
Figure P5-29
-9.png)
Figure P5-30
-10.png)
Figure P5-31
-11.png)
Figure P5-32
-12.png)
Figure P5-33
-13.png)
Figure P5-34
-14.png)
Figure P5-35
-15.png)
Figure P5-36
-16.png)
Figure P5-37
-17.png)
Figure P5-38
-18.png)
1000 Ib 10 ft 11 2000 lb 10 ft 10 2000 lb 10 ft 30 ft 30 ft -3+3+3| to 2. 3000 Ib-ft I = 200 in.4 1200 lb For cross members: I = 1.0 in. A = 2.0 in.? A = 12 in.? A = 10 in 2 1 = 150 in. 15 ft (for elements 3 and 4) E = 30 x 10 psi (for all members) | - 300 in. 2400 Ib A = 12 in.? A = 10 in 2 I = 150 in. (for elements 1 and 2) 15 ft 25 ft
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1 NUMBER OF ELEMENTS 10 NUMBER OF NODES 6 NODE POINTS ELEMENTS FORCE2 K FORCE3 K 0000000 0000000 0000000 0000000 0000000 0000000 0000000 0000000 00000... View full answer
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