4. Solve problem 8.10 in our textbook (find the safety factor for failure at the fillet). Note that you will not get the same answer as the text because we combine stresses slightly different than as described in the text. If you don't have this text version, just look for the problem in the figure below. Assume the forces increase proportionally such that the mean and alternating stresses dea increase proportionally, i.e. = constant. Material Properties are Su = 1000 MPa and Sy = 800 MPa. бет 25-mm solid Bending Ky=2.0 round shaft Fillet Torsional K-1.5 2000 N 750 N 500 N Helical spur gear -250-mm dia. Axial Ky = 1.8 Pump -50 mm-

4. Solve problem 8.10 in our textbook (find the safety factor for failure at the fillet). Note that you will not get the same answer as the text because we combine stresses slightly different than as described in the text. If you don't have this text version, just look for the problem in the figure below. Assume the forces increase proportionally such that the mean and alternating stresses dea increase proportionally, i.e. = constant. Material Properties are Su = 1000 MPa and Sy = 800 MPa. бет 25-mm solid Bending Ky=2.0 round shaft Fillet Torsional K-1.5 2000 N 750 N 500 N Helical spur gear -250-mm dia. Axial Ky = 1.8 Pump -50 mm-

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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Question

4. Solve problem 8.10 in our textbook (find the safety factor for failure at the fillet). Note that you will
not get the same answer as the text because we combine stresses slightly different than as
described in the text. If you don't have this text version, just look for the problem in the figure
below. Assume the forces increase proportionally such that the mean and alternating stresses
increase proportionally, i.e. = constant. Material Properties are Su = 1000 MPa and Sy = 800
MPa.
беа
σem
Helical
25-mm solid
Bending K = 2.0
round shaft Fillet Torsional K = 1.5
Axial K = 1.8
2000 N
750 N
500 N
spur gear
-250-mm dia
Pump
50 mm-

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