PROBLEM: A knuckle joint is used to connect two circular rods. The tensile force applied is 50 kN. The tensile stress in the rod and the shear stress in the pin are 25.46 MPa and 35.37 MPa, respectively. Determine the required diameter of the rod and the pin in mm. FIGURE: SOLUTION: Rod Instructions: Solve the diameters of rods and pin and use the dimensions to draw the figure as shown on the left side. -Pin Scale: 1:3 Dimensions in mm

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A knuckle joint is used to connect two circular rods. The tensile force applied is 50 kN. The tensile stress
in the rod and the shear stress in the pin are 25.46 MPa and 35.37 MPa, respectively. Determine the
required diameter of the rod and the pin in mm. 

PROBLEM:
A knuckle joint is used to connect two circular rods. The tensile force applied is 50 kN. The tensile
stress in the rod and the shear stress in the pin are 25.46 MPa and 35.37 MPa, respectively. Determine
the required diameter of the rod and the pin in mm.
FIGURE:
SOLUTION:
Rod
Instructions:
Solve the diameters of rods and pin and use the
dimensions to draw the figure as shown on the
left side.
-Pin
Scale: 1:3
Dimensions in mm
Transcribed Image Text:PROBLEM: A knuckle joint is used to connect two circular rods. The tensile force applied is 50 kN. The tensile stress in the rod and the shear stress in the pin are 25.46 MPa and 35.37 MPa, respectively. Determine the required diameter of the rod and the pin in mm. FIGURE: SOLUTION: Rod Instructions: Solve the diameters of rods and pin and use the dimensions to draw the figure as shown on the left side. -Pin Scale: 1:3 Dimensions in mm
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