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Problem 2 For the wedge of unit thickness subjected to concentrated load, F (see the figure below), the following Airy stress function is given: D(r,0) = Ar -- 0 |cos 0, m F In L where A is a constant. Apply appropriate stress boundary condition to determine A. Also, determine the stress components o,,0,, and t,, . Assume plane stress with no body forces.

Problem 2 For the wedge of unit thickness subjected to concentrated load, F (see the figure below), the following Airy stress function is given: D(r,0) = Ar -- 0 |cos 0, m F In L where A is a constant. Apply appropriate stress boundary condition to determine A. Also, determine the stress components o,,0,, and t,, . Assume plane stress with no body forces.

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
Problem 1.1MA
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Problem 2 For the wedge of unit thickness subjected to concentrated load, F (see the figure below), the following Airy stress function is given: Ф(r, Ө) — Ar -0 cos 0, m In L y where A is a constant. Apply appropriate stress boundary condition to determine A. Also, determine the stress components o,,0,, and t, . Assume plane stress with no body forces.
Transcribed Image Text:Problem 2 For the wedge of unit thickness subjected to concentrated load, F (see the figure below), the following Airy stress function is given: Ф(r, Ө) — Ar -0 cos 0, m In L y where A is a constant. Apply appropriate stress boundary condition to determine A. Also, determine the stress components o,,0,, and t, . Assume plane stress with no body forces.
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