??????? A 12'-o" long W14x22 beam is subject to a uniform distributed load. The end of the beam is detailed for a bolted connection as shown in Figure 4 . The holes are standard for 1" diameter A325 bolts. Find: 1. The LRFD design strength of the beam end considering block shear only. 2. Given the design strength, find the maximum factored distrib solutionspile.com

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???????  A 12'-o&#34; long W14x22 beam is subject to a uniform distributed load. The end of the beam is detailed for a bolted connection as shown in Figure 4 . The holes are standard for 1&#34; diameter A325 bolts. Find: 1. The LRFD design strength of the beam end considering block shear only. 2. Given the design strength, find the maximum factored distributed load  ( w_{u}  ) that can be carried by the beam. Figure 4: End of a W14x22 beam detailed for a bolted connection. Hint: Draw the beam with a distributed load  ( w_{u}  ) and corresponding reactions. Which way do the reaction arrows point? solutionspile.com

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