## Strength of Materials |

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Page 429

Failure by shear of rivet in Row 1 plus lear of

external load required to tear the

resistance in rows 1 and 2, or P3 = (7 - 2 X ff)(i)(l 1,000) + 4560 + 15,420 = 49,

5801b (d) ...

Failure by shear of rivet in Row 1 plus lear of

**main plate**in Row 2. Similarly, theexternal load required to tear the

**main plate**at row 3 must include the rivetresistance in rows 1 and 2, or P3 = (7 - 2 X ff)(i)(l 1,000) + 4560 + 15,420 = 49,

5801b (d) ...

Page 435

width of the cover or strap plates at row 2 if the tensile stress is not to exceed

15,000 psi. Rivet diameter is J in.; thickness of

cover plate, -fg in. •-i CM CO oil* Fig. 12-11. Solution: Fig. 12-1 1 shows the entire

...

width of the cover or strap plates at row 2 if the tensile stress is not to exceed

15,000 psi. Rivet diameter is J in.; thickness of

**main plate**is \ in., and of eachcover plate, -fg in. •-i CM CO oil* Fig. 12-11. Solution: Fig. 12-1 1 shows the entire

...

Page 436

Use f-in. rivets, plate width p = 11 in., thickness of

strap plate = fin. Ans. P = 101,2001b 1221. In the joint in Illus. Prob. 1219, if the

rivet at row 1 is omitted, determine the maximum stresses in shear, bearing, and ...

Use f-in. rivets, plate width p = 11 in., thickness of

**main plate**= J in. and of eachstrap plate = fin. Ans. P = 101,2001b 1221. In the joint in Illus. Prob. 1219, if the

rivet at row 1 is omitted, determine the maximum stresses in shear, bearing, and ...

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