= The cotter joint, shown in the figure below, is subjected to over limited load, determine the exposed stressed area of the following failure cases: (choose five only) 1. Failure of rods in tension. 2. Failure of spigot in tension across the weakest section. 3. Failure of the socket in tension across the slot.

Mechanics of Materials (MindTap Course List)
9th Edition
ISBN:9781337093347
Author:Barry J. Goodno, James M. Gere
Publisher:Barry J. Goodno, James M. Gere
Chapter8: Applications Of Plane Stress (pressure Vessels, Beams, And Combined Loadings)
Section: Chapter Questions
Problem 8.5.32P
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Mechanical design
: The cotter joint, shown in the figure below, is subjected to over limited load,
determine the exposed stressed area of the following failure cases: (choose five
only)
1. Failure of rods in tension.
2. Failure of spigot in tension across the weakest section.
3. Failure of the socket in tension across the slot.
4. Failure of cotter in shear.
5. Failure of socket collar in crushing.
6. Failure of spigot collar in bearing.
7. Failure of the spigot collar in shearing.
Cotter
Clearance
(2 to 3 mm)
Socket
n3
Socket collar
n8
n2
n12
-Spigot
P
n1
n10
A
moto
Transcribed Image Text:: The cotter joint, shown in the figure below, is subjected to over limited load, determine the exposed stressed area of the following failure cases: (choose five only) 1. Failure of rods in tension. 2. Failure of spigot in tension across the weakest section. 3. Failure of the socket in tension across the slot. 4. Failure of cotter in shear. 5. Failure of socket collar in crushing. 6. Failure of spigot collar in bearing. 7. Failure of the spigot collar in shearing. Cotter Clearance (2 to 3 mm) Socket n3 Socket collar n8 n2 n12 -Spigot P n1 n10 A moto
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