The 10-mm thick component in the figure is designed with a fillet and a hole. The load varies from 50 to 10 kN. The following strengths are given: S,=390MPA and S,=282MPa. Using the Modified
The 10-mm thick component in the figure is designed with a fillet and a hole. The load varies from 50 to 10 kN. The following strengths are given: S,=390MPA and S,=282MPa. Using the Modified
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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![Ø20
R2
The 10-mm thick component in the figure is designed with a fillet and a hole. The load varies from
50 to 10 kN. The following strengths are given: S=390MPA and S,=282MPa. Using the Modified
Goodman Theory, determine the safety factor (assuming proportional loading) for the hole as
well as for the fillet. Select all non-given parameters (e.g., notch sensitivity factor, endurance
limit modifying factors, etc.) by your own – if you can justify your selections, that will be a bonus.
At which location will failure first occur? Will the component fail for infinite life expectation?
Explain in your own words.
If the component is determined to fail for infinite life expectation, lower the midrange and
amplitude of the force applied proportionally up to a level that infinite life can be expected. What
is the value of the force at this level?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6618fb46-5107-43d1-8ebc-a877b48ced5d%2F29d93ab7-8fdd-4154-b1d2-93a20860c5cc%2F9s0oamh_processed.png&w=3840&q=75)
Transcribed Image Text:Ø20
R2
The 10-mm thick component in the figure is designed with a fillet and a hole. The load varies from
50 to 10 kN. The following strengths are given: S=390MPA and S,=282MPa. Using the Modified
Goodman Theory, determine the safety factor (assuming proportional loading) for the hole as
well as for the fillet. Select all non-given parameters (e.g., notch sensitivity factor, endurance
limit modifying factors, etc.) by your own – if you can justify your selections, that will be a bonus.
At which location will failure first occur? Will the component fail for infinite life expectation?
Explain in your own words.
If the component is determined to fail for infinite life expectation, lower the midrange and
amplitude of the force applied proportionally up to a level that infinite life can be expected. What
is the value of the force at this level?
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