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19. The Knuckle Joint is made from SAE 1020 Steel having an allowable tensile strength of 15,000 psi and an allowable shear strength of 7500 psi. The axial load is 1 ton (recall, 1 ton = 2205 lb). Yoke Pin Rod -A The dimensions are as follows: D-0.652 in d-0.652 in c = 0.66 in b = 0.33 in m = 1.306 in e = 0.505 in Determine: a) Tensile stress (psi) at section A-A b) Factor of safety for a) c) Shearing stress (psi) in the pin d) Factor of safety for b) e) Bearing stress (psi) between the pin and the rod f) Factor of safety for e) g) Bearing stress (psi) between the pin and the yoke h) Factor of safety for g) i) Tensile stress (psi) across the hole in the rod j) Factor of safety for i) k) Tensile stress (psi) across the hole in the yoke 1) Factor of safety for k)

19. The Knuckle Joint is made from SAE 1020 Steel having an allowable tensile strength of 15,000 psi and an allowable shear strength of 7500 psi. The axial load is 1 ton (recall, 1 ton = 2205 lb). Yoke Pin Rod -A The dimensions are as follows: D-0.652 in d-0.652 in c = 0.66 in b = 0.33 in m = 1.306 in e = 0.505 in Determine: a) Tensile stress (psi) at section A-A b) Factor of safety for a) c) Shearing stress (psi) in the pin d) Factor of safety for b) e) Bearing stress (psi) between the pin and the rod f) Factor of safety for e) g) Bearing stress (psi) between the pin and the yoke h) Factor of safety for g) i) Tensile stress (psi) across the hole in the rod j) Factor of safety for i) k) Tensile stress (psi) across the hole in the yoke 1) Factor of safety for k)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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19. The Knuckle Joint is made from SAE 1020 Steel having an allowable tensile strength of 15,000 psi and an allowable shear strength of 7500 psi. The axial load is 1 ton (recall, 1 ton = 2205 lb). Yoke Pin Rod -A The dimensions are as follows: D-0.652 in d-0.652 in c = 0.66 in b = 0.33 in m = 1.306 in e = 0.505 in Determine: a) Tensile stress (psi) at section A-A b) Factor of safety for a) c) Shearing stress (psi) in the pin d) Factor of safety for b) e) Bearing stress (psi) between the pin and the rod f) Factor of safety for e) g) Bearing stress (psi) between the pin and the yoke h) Factor of safety for g) i) Tensile stress (psi) across the hole in the rod j) Factor of safety for i) k) Tensile stress (psi) across the hole in the yoke 1) Factor of safety for k)
Transcribed Image Text:19. The Knuckle Joint is made from SAE 1020 Steel having an allowable tensile strength of 15,000 psi and an allowable shear strength of 7500 psi. The axial load is 1 ton (recall, 1 ton = 2205 lb). Yoke Pin Rod -A The dimensions are as follows: D-0.652 in d-0.652 in c = 0.66 in b = 0.33 in m = 1.306 in e = 0.505 in Determine: a) Tensile stress (psi) at section A-A b) Factor of safety for a) c) Shearing stress (psi) in the pin d) Factor of safety for b) e) Bearing stress (psi) between the pin and the rod f) Factor of safety for e) g) Bearing stress (psi) between the pin and the yoke h) Factor of safety for g) i) Tensile stress (psi) across the hole in the rod j) Factor of safety for i) k) Tensile stress (psi) across the hole in the yoke 1) Factor of safety for k)
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