At a point in a material the resultant stress is 50MPA inclined at 30 to the...

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At a point in a material the resultant stress is 50MPA inclined at 30° to the normal on a plane A. On the same point, another plane B, inclined at 45°, on the normal to that plane the resultant stress is 10MPa. Apply Mohr's stress circle technique to find the principal stresses and show the positions of planes A and B relative to the principal planes. (30° 45° Orb = 10MPA 45° Ora= 50MPA Plane A 30° Plane B At a point in a material the resultant stress is 50MPA inclined at 30° to the normal on a plane A. On the same point, another plane B, inclined at 45°, on the normal to that plane the resultant stress is 10MPa. Apply Mohr's stress circle technique to find the principal stresses and show the positions of planes A and B relative to the principal planes. (30° 45° Orb = 10MPA 45° Ora= 50MPA Plane A 30° Plane B

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