1. The beam shown below is subjected to a distributed load and a point load along its length. a. Solve the shear-moment

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1. The beam shown below is subjected to a distributed load and a point load along its length. a. Solve the shear-moment

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1 The Beam Shown Below Is Subjected To A Distributed Load And A Point Load Along Its Length A Solve The Shear Moment 1
1 The Beam Shown Below Is Subjected To A Distributed Load And A Point Load Along Its Length A Solve The Shear Moment 1 (109.15 KiB) Viewed 25 times
1. The beam shown below is subjected to a distributed load and a point load along its length. a. Solve the shear-moment diagram b. Calculate the maximum deflection using superposition principles and Table 3-23 c. Calculate the Cb value per the Steel Design Manual d. The beam is now braced at 10' and 20' from the left support. Calculate the Cb value for the unbraced length from 10' to 20' 30' P = 30 k 10' w = 12 k/ft
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