Given a 12-inch of a single riveted lap joint that is made up of plates of ¼ in thickness and 8 rivets, 11/16 inch in diameter. Considering that rivet holes are 0.0752 inch larger in diameter than the rivets. Each plate and the eight rivets carry that entire load that is transmitted from one plate to the other by means of these rivets in the aforementioned joint. Assuming that the rivets will not tear or shear through the plate to the edge of the joints. Determine the force to cause shearing stress on rivets if the design stress for shear is 7.56 ksi, for bearing, 20 ksi, and for tension 10 ksi.
Given a 12-inch of a single riveted lap joint that is made up of plates of ¼ in thickness and 8 rivets, 11/16 inch in diameter. Considering that rivet holes are 0.0752 inch larger in diameter than the rivets. Each plate and the eight rivets carry that entire load that is transmitted from one plate to the other by means of these rivets in the aforementioned joint. Assuming that the rivets will not tear or shear through the plate to the edge of the joints. Determine the force to cause shearing stress on rivets if the design stress for shear is 7.56 ksi, for bearing, 20 ksi, and for tension 10 ksi.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Given a 12-inch of a single riveted lap joint that is made up of plates of ¼ in thickness and 8 rivets, 11/16 inch in diameter. Considering that rivet holes are 0.0752 inch larger in diameter than the rivets. Each plate and the eight rivets carry that entire load that is transmitted from one plate to the other by means of these rivets in the aforementioned joint. Assuming that the rivets will not tear or shear through the plate to the edge of the joints. Determine the force to cause shearing stress on rivets if the design stress for shear is 7.56 ksi, for bearing, 20 ksi, and for tension 10 ksi.
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