re indicate the positi A(r. 0).dee(r.e).
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![-T
Problem 2
(a) An infinite plate with a small hole of radius a is subjected to a
r = a
far-field biaxial loading of:
T
b- co
Oxr = T, oyy = -T asr- o
y
(The arrows in the Figure indicate the positive directions.)
-T
Determine the stress field o,(r, 0), dgo(r, 0), ore(r, 0).
For r = a, determine the angle 0 at which ogg is a maximum or minimum.
What is the stress concentration factor at the location of maximum ogg ?
(b) Repeat part (a) above if the far-field biaxial loading is:
Oxx = T, oyy = T as r co
r=a
T
T
y
T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3c5e8604-560e-4c12-9240-4e8f4bc4fbde%2Fcd1ad673-584e-4d3e-a6c5-337492f0e69c%2Ftrj0z0g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:-T
Problem 2
(a) An infinite plate with a small hole of radius a is subjected to a
r = a
far-field biaxial loading of:
T
b- co
Oxr = T, oyy = -T asr- o
y
(The arrows in the Figure indicate the positive directions.)
-T
Determine the stress field o,(r, 0), dgo(r, 0), ore(r, 0).
For r = a, determine the angle 0 at which ogg is a maximum or minimum.
What is the stress concentration factor at the location of maximum ogg ?
(b) Repeat part (a) above if the far-field biaxial loading is:
Oxx = T, oyy = T as r co
r=a
T
T
y
T.
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