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Nature of edge dislocation whoseBurger’s vector and tangent and are not on a most closely packed plane.

Nature of edge dislocation whoseBurger’s vector and tangent and are not on a most closely packed plane.

Solution Summary: The author explains the nature of edge dislocation whoseBurger's vector and tangent and are not on a most closely packed plane are immobile in nature.

Materials Science And Engineering Properties

Materials Science And Engineering Properties

1st Edition

ISBN: 9781111988609

Author: Charles Gilmore

Publisher: Cengage Learning

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A wide variety of engineering applications make use of different materials, depending upon their usage. The materials used in civil engineering vary in their properties such as strength, ductility, brittleness, and creep strength. Depending upon the appl…

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Chapter 7, Problem 4CQ

To determine

Nature of edge dislocation whoseBurger’s vector and tangent and are not on a most closely packed plane.

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Chapter 7, Problem 3CQ

Chapter 7, Problem 5CQ

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Which of the following statements are true of dislocations? Select one or more: a. Dislocations can be viewed with high powered microscopy and not with the naked eye b. Dislocations can move under stress c. Dislocations can arise due to shear deformation of the lattice Od. Dislocations primarily enable high stiffness in metals

Which of the following statements are true of dislocations? Select one or more: O a. Dislocations can move under stress O b. Dislocations can arise due to shear deformation of the lattice O C. Dislocations can be viewed with high powered microscopy and not with the naked eye Od. Dislocations primarily enable high stiffness in metals

Suppose you would like to introduce an interstitial or large substitutional atom into the crystal near a dislocation. Would the atom fit more easily above or below the dislocation line shown in Figure? Explain.

Chapter 7 Solutions

Materials Science And Engineering Properties

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An iron specimen is plastically deformed in shear by 1%, and it has u dislocation density of 1 10 14 m/ m 3 Assume that the dislocation density did not change in the 1% strain of thisspecimen, the Burger's vector (b) is a 2 [1 1 1] the slip plane is (110). the shear stress isapplied to the (110) plane, and the lattice parameter of the BCC iron is 0.286 nm. Calculate the magnitude of the Burger's vector for these dislocations in iron. Calculate the average distance moved by the mobile dislocations as a result of the 1% shear strain.
If there is to be extensive replacement in a substitutional solid solutions"SSS", the atoms must be nearly the same size. Select one: O True O False The load-deformation depends on the rate of loading in viscoelastic Materials.
3.What is a dislocation? List five more microscopic defects in bulk materials. Which of the following properties are most sensitive to dislocation structures in materials? a. Young's modulus b. Yield strength c. Conductivity d. Transparency

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Materials Science And Engineering Properties
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Materials Science And Engineering Properties

Civil Engineering

ISBN:9781111988609

Author:Charles Gilmore

Publisher:Cengage Learning

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