5. Refer to Figure 3 on back that is similar to an example that is worked in your textbook. Determine the reaction loads

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5. Refer to Figure 3 on back that is similar to an example that is worked in your textbook. Determine the reaction loads

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5 Refer To Figure 3 On Back That Is Similar To An Example That Is Worked In Your Textbook Determine The Reaction Loads 1
5 Refer To Figure 3 On Back That Is Similar To An Example That Is Worked In Your Textbook Determine The Reaction Loads 1 (640.25 KiB) Viewed 41 times
5. Refer to Figure 3 on back that is similar to an example that is worked in your textbook. Determine the reaction loads RU​ and RL​. Assume the section properties are identical to your solution from Problem 4 using the spar-thin web approach. Determine the shear flow and shear stress in each panel (in ksi). Also, plot the load and stress in the upper cap (similar to the worked example). Also, select a suitable rivet material and diameter to carry the maximum shear flow in the panel assuming a rivet spacing of 1.25 in (i.e. distance between rivets along lines abc and def in Figure 3 ). State the margin of safety for the rivets. (16 points)
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