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In an elastic body system, a point has the following state of stress components, Oxx = 16 kPa, Oyy = 12 kPa, Oz = 4 kPa, Txy = 4 kPa, Tu =8 kPa, Tyz = 2 kPa. %3D Without using Mohr's circle calculate: (A) The principal stresses (01, 02, 03) (B) Based on the principal stresses, calculate the maximum shear stress (Tmax)

In an elastic body system, a point has the following state of stress components, Oxx = 16 kPa, Oyy = 12 kPa, Oz = 4 kPa, Txy = 4 kPa, Tu =8 kPa, Tyz = 2 kPa. %3D Without using Mohr's circle calculate: (A) The principal stresses (01, 02, 03) (B) Based on the principal stresses, calculate the maximum shear stress (Tmax)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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In an elastic body system, a point has the following state of stress components, Ox= 16 kPa, Oyy = 12 kPa, Oz = 4 kPa, Txy = 4 kPa, Tz = 8 kPa, Tyz = 2 kPa. Without using Mohr's circle calculate: (A) The principal stresses (01, 02, 03) (B) Based on the principal stresses, calculate the maximum shear stress (Tmas) Construct Mohr's circle for XY plane, and determine the following: (C) The stress components with respect to ab axes which are inclined at 0 =45 to the XҮ ахes. (D) The magnitude of the maximum shearing stress and associated normal stresses. (E) For Mohr's Circle drawing
Transcribed Image Text:In an elastic body system, a point has the following state of stress components, Ox= 16 kPa, Oyy = 12 kPa, Oz = 4 kPa, Txy = 4 kPa, Tz = 8 kPa, Tyz = 2 kPa. Without using Mohr's circle calculate: (A) The principal stresses (01, 02, 03) (B) Based on the principal stresses, calculate the maximum shear stress (Tmas) Construct Mohr's circle for XY plane, and determine the following: (C) The stress components with respect to ab axes which are inclined at 0 =45 to the XҮ ахes. (D) The magnitude of the maximum shearing stress and associated normal stresses. (E) For Mohr's Circle drawing
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