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Show that the shear stress produced on a slip plane by an edge dislocation on a parallel plane at coordinated r and can be written as Txy = μb 8π(1-9) sin40 h

Show that the shear stress produced on a slip plane by an edge dislocation on a parallel plane at coordinated r and can be written as Txy = μb 8π(1-9) sin40 h

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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σ XX σ yy Txy -μb y(3x² + y²) 2π(1 − v) (x² + y²)² μb 2π(1 y(x² - y²) v) (x² + y²)² ub x(x² - y²) 2π(1 - v) (x² + y²)² (a) Show that the shear stress produced on a slip plane by an edge dislocation on a parallel plane at coordinated r and can be written as sin40 μb 8(1-9) h Txy = Where h is the perpendicular distance between two parallel planes. (b) Calculate the shear stress required for two edge dislocations to pass on parallel slip planes that are 1000 Å apart. Express the answer in MPa and in psi.
Transcribed Image Text:σ XX σ yy Txy -μb y(3x² + y²) 2π(1 − v) (x² + y²)² μb 2π(1 y(x² - y²) v) (x² + y²)² ub x(x² - y²) 2π(1 - v) (x² + y²)² (a) Show that the shear stress produced on a slip plane by an edge dislocation on a parallel plane at coordinated r and can be written as sin40 μb 8(1-9) h Txy = Where h is the perpendicular distance between two parallel planes. (b) Calculate the shear stress required for two edge dislocations to pass on parallel slip planes that are 1000 Å apart. Express the answer in MPa and in psi.
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