1. A shaft made of steel having an ultimate strength of Su is finished by grinding the surface. The diameter of the shaft is d. The shaft is loaded with a fluctuating zero-to-maximum torque. % Su = 1200; % ultimate strength (MPa) % Sy = 800; % yield strength (MPa) % d = 8; % diameter of the shaft (mm) % kS = 0.8; % surface factor kS %3D % kG = 1; % size (gradient) factor kG % N = 75*10^3; % cycles 1.2 For N=75000 cycles and repeated loads (zero-to-maximum), from constant life fatigue diagram, determine alternating stress (MPa)

1. A shaft made of steel having an ultimate strength of Su is finished by grinding the surface. The diameter of the shaft is d. The shaft is loaded with a fluctuating zero-to-maximum torque. % Su = 1200; % ultimate strength (MPa) % Sy = 800; % yield strength (MPa) % d = 8; % diameter of the shaft (mm) % kS = 0.8; % surface factor kS %3D % kG = 1; % size (gradient) factor kG % N = 75*10^3; % cycles 1.2 For N=75000 cycles and repeated loads (zero-to-maximum), from constant life fatigue diagram, determine alternating stress (MPa)

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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