The design of a metallic component is undergoing achange such that the stress state will go from pure uniaxialcompression to biaxial loading, with the secondary loadapplied at a 90° angle to the primary load, and with thesecondary stress at 20% of the primary stress but of oppositesign. If the material in question is a plate of rolled 304stainless steel in the annealed state, and the original uniaxialcompressive design stress was 50% of the yield strength (toachieve a safety factor of 2x), what safety factor remainsunder the new, biaxial loading condition?
The design of a metallic component is undergoing achange such that the stress state will go from pure uniaxialcompression to biaxial loading, with the secondary loadapplied at a 90° angle to the primary load, and with thesecondary stress at 20% of the primary stress but of oppositesign. If the material in question is a plate of rolled 304stainless steel in the annealed state, and the original uniaxialcompressive design stress was 50% of the yield strength (toachieve a safety factor of 2x), what safety factor remainsunder the new, biaxial loading condition?
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
The design of a metallic component is undergoing a
change such that the stress state will go from pure uniaxial
compression to biaxial loading, with the secondary load
applied at a 90° angle to the primary load, and with the
secondary stress at 20% of the primary stress but of opposite
sign. If the material in question is a plate of rolled 304
stainless steel in the annealed state, and the original uniaxial
compressive design stress was 50% of the yield strength (to
achieve a safety factor of 2x), what safety factor remains
under the new, biaxial loading condition?
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