For the joint shown in the figure, if F = 28 kN and do = 12.8 mm, calculate: 7.5 mm F F 12 mm 12 mm 7.5 mm F 18 mm 125 mm 18 mm 1. The largest bearing stress in MPa between the pins and the members; a. 146.23 MPa b. 182.29 MPa c. 174.56 MPa d. 199.37 MPa 2. The average shear stress in MPa in the pin and; a. 108.80 MPa b. 116.14 MPa C. 136.23 MPa d. 98.01 MPa 3. The largest average normal stress in MPa in the members. a. 181.23 MPa b. 175.76 MPa c. 191.26 MPa d. 150.32 MPa

For the joint shown in the figure, if F = 28 kN and do = 12.8 mm, calculate: 7.5 mm F F 12 mm 12 mm 7.5 mm F 18 mm 125 mm 18 mm 1. The largest bearing stress in MPa between the pins and the members; a. 146.23 MPa b. 182.29 MPa c. 174.56 MPa d. 199.37 MPa 2. The average shear stress in MPa in the pin and; a. 108.80 MPa b. 116.14 MPa C. 136.23 MPa d. 98.01 MPa 3. The largest average normal stress in MPa in the members. a. 181.23 MPa b. 175.76 MPa c. 191.26 MPa d. 150.32 MPa

Mechanics of Materials (MindTap Course List)

9th Edition

ISBN:9781337093347

Author:Barry J. Goodno, James M. Gere

Publisher:Barry J. Goodno, James M. Gere

Chapter7: Analysis Of Stress And Strain

Section: Chapter Questions

Problem 7.2.13P: Two steel rods are welded together (see figure): the seam is oriented at angle ? = 50°. The stresses...

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Question

For the joint shown in the figure, if F = 28 kN and dn = 12.8 mm, calculate:
7.5 mm
F
F
12 mm
12 mm
7.5 mm
- de -
F
18 mm -
F
18 mm
125 mm
1. The largest bearing stress in MPa between the pins and the members;
a. 146.23 MPa
b. 182.29 MPa
c. 174.56 MPa
d. 199.37 MPa
2. The average shear stress in MPa in the pin and;
a. 108.80 MPa
b. 116.14 MPa
c. 136.23 MPa
d. 98.01 MPa
3. The largest average normal stress in MPa in the members.
a. 181.23 MPa
b. 175.76 MPa
c. 191.26 MPa
d. 150.32 MPa

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