2) Which of the following strain fields are possible for a solid structure. Explain. (a) ɛ, = k(x+ y), 8, = k, 8, = kx, Y» = ky, 7 = k, = 0 (b) 8, = k(x² + y*), Yx =0 8, = ky, 8, = 0, Yy = kxy, Y = 0, (c) 8, = kz(x² + y*), 8, = ky'z, 6, = 0, 7 = kxyz, Y = 0, Y= = 0 %3D
2) Which of the following strain fields are possible for a solid structure. Explain. (a) ɛ, = k(x+ y), 8, = k, 8, = kx, Y» = ky, 7 = k, = 0 (b) 8, = k(x² + y*), Yx =0 8, = ky, 8, = 0, Yy = kxy, Y = 0, (c) 8, = kz(x² + y*), 8, = ky'z, 6, = 0, 7 = kxyz, Y = 0, Y= = 0 %3D
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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![2) Which of the following strain fields are possible for a solid structure. Explain.
(a) ɛ, = k(x+ y), 8, = k, 8, = kx, Y = ky, 7z = k, Y =0
(b) ɛ, = k(x² + y²), ɛ, = ky, ɛ, = 0, 7y = kxy, Y3z = 0, 7x = 0
(c) ɛ, = kz(x² + y²), 8, = ky²z, 8, = 0, 7 = kxyz, Yyz = 0, 7= = 0](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe76b2c8e-85ea-48b1-b41f-0b0b8a5aa72c%2F8614cb59-67d2-4e28-9cb9-66257f79549a%2Fdj629ve_processed.png&w=3840&q=75)
Transcribed Image Text:2) Which of the following strain fields are possible for a solid structure. Explain.
(a) ɛ, = k(x+ y), 8, = k, 8, = kx, Y = ky, 7z = k, Y =0
(b) ɛ, = k(x² + y²), ɛ, = ky, ɛ, = 0, 7y = kxy, Y3z = 0, 7x = 0
(c) ɛ, = kz(x² + y²), 8, = ky²z, 8, = 0, 7 = kxyz, Yyz = 0, 7= = 0
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