For the stepped rod shown below, which is acted upon by both a fluctuating axial force (F1) of between - 900N and 3600 N and a constant axial force (F2) of 2250 N, a. Plot the Goodman line b. Determine the factor-of-safety (n) using the Goodman theory c. Determine the maximum range of values for the fluctuating axial force (F1) if the mean force (Fm ) is held constant ,dh = 0.48 cm ,d = 0.32 cm Stepped rod operates at room temperature. Also, endurance limit for shaft (Se) is given. Sut = 735 MPa Se = 329 MPa

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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For the stepped rod shown below, which is acted upon by both a fluctuating axial force (F1) of between – 900 N and 3600 N and
a constant axial force (F2) of 2250 N,
a. Plot the Goodman line
b. Determine the factor-of-safety (n) using the Goodman theory
c. Determine the maximum range of values for the fluctuating axial force (F1) if the mean force (Fm ) is held constant
ah = 0.48 cm
d=0.32 cm
Stepped rod operates at room temperature. Also, endurance limit for shaft (Se) is given.
Sut = 735 MPa
Se = 329 MPa
Transcribed Image Text:For the stepped rod shown below, which is acted upon by both a fluctuating axial force (F1) of between – 900 N and 3600 N and a constant axial force (F2) of 2250 N, a. Plot the Goodman line b. Determine the factor-of-safety (n) using the Goodman theory c. Determine the maximum range of values for the fluctuating axial force (F1) if the mean force (Fm ) is held constant ah = 0.48 cm d=0.32 cm Stepped rod operates at room temperature. Also, endurance limit for shaft (Se) is given. Sut = 735 MPa Se = 329 MPa
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