Q3. A circular, steel, rotating shaft is subjected to a bending moment of M Nm* and direct tensile force, F, Figure 1. * See individual data for value of M ↓ 30mm F M Soderberg Equation: S = Sp Figure 1 Calculate the maximum tensile force, F, that can be applied to the shaft without causing fatigue failure using the Soderberg Equation and the following data for steel: Sy =290MPa., Fatigue Limit Stress (SD) = 200MPa (for fully reversed conditions) Sm S F y TI
Q3. A circular, steel, rotating shaft is subjected to a bending moment of M Nm* and direct tensile force, F, Figure 1. * See individual data for value of M ↓ 30mm F M Soderberg Equation: S = Sp Figure 1 Calculate the maximum tensile force, F, that can be applied to the shaft without causing fatigue failure using the Soderberg Equation and the following data for steel: Sy =290MPa., Fatigue Limit Stress (SD) = 200MPa (for fully reversed conditions) Sm S F y TI
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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at question A=110 MPa B=-60 MPa M=145 N.m
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