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Direct tensile stresses of 120 MN/m and 70 MN/m' act (at a point) in a body on mutually perpendicular planes. What is the magnitude of shearing stress that can be applied (at that point on those mutually perpendicular planes) so that the major principal stress at the point does not exceed 135 MN/m. Determine the value of the minor principal stress and the maximum shearing stress. Hint: The state of plane stress at a point. Tey

Direct tensile stresses of 120 MN/m and 70 MN/m' act (at a point) in a body on mutually perpendicular planes. What is the magnitude of shearing stress that can be applied (at that point on those mutually perpendicular planes) so that the major principal stress at the point does not exceed 135 MN/m. Determine the value of the minor principal stress and the maximum shearing stress. Hint: The state of plane stress at a point. Tey

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Direct tensile stresses of 120 MN/m and 70 MN/m act (at a point) in a body on mutually perpendicular planes. What is the magnitude of shearing stress that can be applied (at that point on those mutually perpendicular planes) so that the major principal stress at the point does not exceed 135 MN/m2. Determine the value of the minor principal stress and the maximum shearing stress. Hint: The state of plane stress at a point. Tey
Transcribed Image Text:Direct tensile stresses of 120 MN/m and 70 MN/m act (at a point) in a body on mutually perpendicular planes. What is the magnitude of shearing stress that can be applied (at that point on those mutually perpendicular planes) so that the major principal stress at the point does not exceed 135 MN/m2. Determine the value of the minor principal stress and the maximum shearing stress. Hint: The state of plane stress at a point. Tey
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