Assume a simple cubic crystal structure with x = [100], y = [010], and z =...
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Assume a simple cubic crystal structure with x = [100], y = [010], and z = [001]. Sketch the unit cell for this structure complete with identified xyz directions. In the unit cell, sketch the following two cases, identify the dislocation types (i.e., edge or screw), and determine whether the dislocation interactions affect the mobility of the reacting dislocations. Direction of CASE A CASE B Line Dislocation tangent [100] [001] 1 2 1 2 [100] [001] Burgers vector [100] [010] [010] [001] dislocation motion [010] [010] [010] [010] Dislocation type Assume a simple cubic crystal structure with x = [100], y = [010], and z = [001]. Sketch the unit cell for this structure complete with identified xyz directions. In the unit cell, sketch the following two cases, identify the dislocation types (i.e., edge or screw), and determine whether the dislocation interactions affect the mobility of the reacting dislocations. Direction of CASE A CASE B Line Dislocation tangent [100] [001] 1 2 1 2 [100] [001] Burgers vector [100] [010] [010] [001] dislocation motion [010] [010] [010] [010] Dislocation type
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Heres a detailed explanation of the problem and solution 1 Sketching the unit cell Draw a cube to represent the simple cubic unit cell Label the corners of the cube with atoms Along one edgedraw arrow... View the full answer
Related Book For
Materials Science and Engineering An Introduction
ISBN: 978-0470419977
8th edition
Authors: William D. Callister Jr., David G. Rethwisch
Posted Date:
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