A stepped shaft ACB having a solid circular cross sections with two different diameters and two different materials joined and attached at their ends, in the fisrt section AC of aluminum has a diameter of 20mm lenght of 225mm and G= 28x109 N/m2 and in the second section CB of steel has a diameter of 25mm leght 450mm and G=83x109N/m2. The torque appied is of 1000N.m and applied in the joint of the pieces. Determine the shear stress in both the aluminium and the steel. II. A stepped shaft ACB having a solid circular cross sections with two different diameters and two differentmaterials joined and attached at their ends, in the first section AC of aluminum has a diameter of 20 mm,length of 225 mm and G = 28x10° and in the second section CB of steel has a diameter of 25 mm,Nlength of 450 mm and G = 83x10°m2"The torque applied is of 1000 N m and applied in the joint ofthe pieces. Determine the shear stress in both the aluminum and the steel.20 mm25 mmTo225 mm-450 mmFigure 2

Given Data : Diameter of aluminum (dAI) = 20mm Length of aluminum rod (LAI) = 225mm…

Answered: A stepped shaft ACB having a solid…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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A stepped shaft ACB having a solid circular cross sections with two different diameters and two different materials joined and attached at their ends, in the fisrt section AC of aluminum has a diameter of 20mm lenght of 225mm and G= 28x10⁹N/m² and in the second section CB of steel has a diameter of 25mm leght 450mm and G=83x10⁹N/m². The torque appied is of 1000N.m and applied in the joint of the pieces. Determine the shear stress in both the aluminium and the steel.

II. A stepped shaft ACB having a solid circular cross sections with two different diameters and two different
materials joined and attached at their ends, in the first section AC of aluminum has a diameter of 20 mm,
length of 225 mm and G = 28x10° and in the second section CB of steel has a diameter of 25 mm,
N
length of 450 mm and G = 83x10°
m2"
The torque applied is of 1000 N m and applied in the joint of
the pieces. Determine the shear stress in both the aluminum and the steel.
20 mm
25 mm
To
225 mm-
450 mm
Figure 2

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