If a critical point at structural element is subjected to the stress shown on the 2D element, determine the factor of safety (PS) aga yielding according to the maximum shear stress theory and the maximum distortion energy theory. The material has a tensile yielding stress Sy = 500 Mpa. 51 (Principle stress 1) = S2 (Principle stress Z) = FS (maximum shear stress theory) = FS (maximum energy of distortion theory)= 100 Mpa 80 Mpa

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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123.41 MPa 173.41 MPa 156.16 MPa
173.41 MPa -123.41 MPa -256.16 MPa
2.22 1.68 1.94
1.94 1.68 2.22
Transcribed Image Text:123.41 MPa 173.41 MPa 156.16 MPa 173.41 MPa -123.41 MPa -256.16 MPa 2.22 1.68 1.94 1.94 1.68 2.22
If a critical point at structural element is subjected to the stress shown on the 2D element, determine the factor of safety (PS) against
yielding according to the maximum shear stress theory and the maximum distortion energy theory.
The material has a tensile yielding stress Sy= 500 Mpa.
51 (Principle stress 1) =
S2 (Principle stress 2) =
FS (maximum shear stress theory)=
FS (maximum energy of distortion theory) =
100 Mpa
80 Mpa
150 Mpa
Transcribed Image Text:If a critical point at structural element is subjected to the stress shown on the 2D element, determine the factor of safety (PS) against yielding according to the maximum shear stress theory and the maximum distortion energy theory. The material has a tensile yielding stress Sy= 500 Mpa. 51 (Principle stress 1) = S2 (Principle stress 2) = FS (maximum shear stress theory)= FS (maximum energy of distortion theory) = 100 Mpa 80 Mpa 150 Mpa
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