The following shaft, having a diameter of 20 mm, is made of steel (Sut = 520 MPa, Se = 260 MPa) and is subjected to a fully reversed transverse force F = 60 N and a fully reversed torque T = 30 N.m. The shaft is fixed at its left end. Find the factor of safety at A for infinite lifetime using the modified Goodman diagram. -100 mm 20-mm D. Select one: O a. Nf = 7.82 O b. Nf = 6.72 O c. Nf = 5.89 %3D O d. Nf = 9.37 The following shaft, having a diameter of 20 mm, is made of steel (Sut = 520 MPa, Se = 260 MPa) and is subjected to a fully reversedtransverse force F = 60 N and a fully reversed torque T = 30 N.m. The shaft is fixed at its left end. Find the factor of safety at A for infinitelifetime using the modified Goodman diagram.-100 mm20-mm D.Select one:O a. Nf = 7.82O b. Nf = 6.72O c. Nf = 5.89%3DO d. Nf = 9.37

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Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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The following shaft, having a diameter of 20 mm, is made of steel (Sut = 520 MPa, Se = 260 MPa) and is subjected to a fully reversed transverse force F = 60 N and a fully reversed torque T = 30 N.m. The shaft is fixed at its left end. Find the factor of safety at A for infinite lifetime using the modified Goodman diagram. -100 mm 20-mm D. Select one: O a. Nf = 7.82 O b. Nf = 6.72 O c. Nf = 5.89 %3D O d. Nf = 9.37

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