DProb. 6.10-21. Two 2 in. x 6 in. (nominal dimensions) boards are nailed and glued together to form a tee beam, as shown in Fig. P6.10-21b. Assume that the nails and glue are sufficient to cause the two planks to function together as a sin- gle beam. The allowable stress in horizontal shear (i.e., shear parallel to the grain of the wood) is 7allow = 80 psi. If this beam is to be used as a cantilever to support a triangularly distrib- uted load, as shown in Fig. P6.10-21a, what is the maximum load intensity wo that can be supported by this beam? In your calculations neglect the weight of the beam. %3D 2 in in A L=9 ft- S in (a) (b) 1/2

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PProb. 6.10-21. Two 2 in. x 6 in. (nominal dimensions)
boards are nailed and glued together to form a tee beam, as
shown in Fig. P6.10-21b. Assume that the nails and glue are
sufficient to cause the two planks to function together as a sin-
gle beam. The allowable stress in horizontal shear (i.e., shear
parallel to the grain of the wood) is Tallow = 80 psi. If this beam
is to be used as a cantilever to support a triangularly distrib-
uted load, as shown in Fig. P6.10-21a, what is the maximum
load intensity Wo that can be supported by this beam? In
your calculations neglect the weight of the beam.
Wo
C
A
BI
L%39 ft-
(a)
(b)
1/2
1/2
Transcribed Image Text:PProb. 6.10-21. Two 2 in. x 6 in. (nominal dimensions) boards are nailed and glued together to form a tee beam, as shown in Fig. P6.10-21b. Assume that the nails and glue are sufficient to cause the two planks to function together as a sin- gle beam. The allowable stress in horizontal shear (i.e., shear parallel to the grain of the wood) is Tallow = 80 psi. If this beam is to be used as a cantilever to support a triangularly distrib- uted load, as shown in Fig. P6.10-21a, what is the maximum load intensity Wo that can be supported by this beam? In your calculations neglect the weight of the beam. Wo C A BI L%39 ft- (a) (b) 1/2 1/2
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