бхбу0TxyστTxyOyIn the diagram above, σ = 100 MPa, σ₁ = −27 MPa,, and Try = 40 MPa. Let each rotated plane within the stress cube be labelled by the angle that it makes relative to the original & plane. For thisstress state, there is a set of planes which are in compression (σ < 0), and the corresponding values satisfy min < 0 < 0 max. If 0 is normalized to fall on [0°, 360°), what are the values of 0 min and @max?OminӨтахо

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бх Oy Txy στ Txy бу In the diagram above, σ = 100 MPa, σy = -27 MPa,, and Tzy = 40 MPa. Let each rotated plane within the stress cube be labelled by the angle that it makes relative to the original a plane. For this stress state, there is a set of planes which are in compression ( < 0), and the corresponding values satisfy 0min < 0 < 0 max. If is normalized to fall on [0°, 360°), what are the values of min and @max ? Omin Omax

бх Oy Txy στ Txy бу In the diagram above, σ = 100 MPa, σy = -27 MPa,, and Tzy = 40 MPa. Let each rotated plane within the stress cube be labelled by the angle that it makes relative to the original a plane. For this stress state, there is a set of planes which are in compression ( < 0), and the corresponding values satisfy 0min < 0 < 0 max. If is normalized to fall on [0°, 360°), what are the values of min and @max ? Omin Omax

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

бх
бу
0
Txy
στ
Txy
Oy
In the diagram above, σ = 100 MPa, σ₁ = −27 MPa,, and Try = 40 MPa. Let each rotated plane within the stress cube be labelled by the angle that it makes relative to the original & plane. For this
stress state, there is a set of planes which are in compression (σ < 0), and the corresponding values satisfy min < 0 < 0 max. If 0 is normalized to fall on [0°, 360°), what are the values of 0 min and @max
?
Omin
Өтах
о

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