1. Considering only shearing stress in the lap joint, does the load capacity change when the plate's thickness or width is increased? Why? Plan Elevation II. In the above examples, the lap joint uses the same diameters of rivets. How about if the plates are joint with different diameters of rivets? Does the formula (t = P/A) can still be used? Explain. %3D
1. Considering only shearing stress in the lap joint, does the load capacity change when the plate's thickness or width is increased? Why? Plan Elevation II. In the above examples, the lap joint uses the same diameters of rivets. How about if the plates are joint with different diameters of rivets? Does the formula (t = P/A) can still be used? Explain. %3D
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Transcribed Image Text:1. Considering only shearing stress in the lap joint, does the load
capacity change when the plate's thickness or width is
increased? Why?
W
Plan
Elevation
II. In the above examples, the lap joint uses the same diameters of rivets.
How about if the plates are joint with different diameters of rivets?
Does the formula (t = P/A) can still be used? Explain.
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