Metals and their alloys possess crystalline structures that may be altered to change their mechanical properties. 4. (a) Illustrate, with the aid of a diagram, substitutional AND interstitial strengthening mechanisms in metal alloys. (b) With respect to microstructural features in metals, describe how the hindrance of the movement of dislocations through a lattice crystal structure strengthens metals and/or metallic alloys. Given the equilibrium phase diagram (a) below, briefly describe (c) the mechanisms of precipitation hardening/strengthening of an aluminium alloy making reference to the transitions shown in (b) below to X, X to A, X to D, A to B and A to C.

Metals and their alloys possess crystalline structures that may be altered to change their mechanical properties. 4. (a) Illustrate, with the aid of a diagram, substitutional AND interstitial strengthening mechanisms in metal alloys. (b) With respect to microstructural features in metals, describe how the hindrance of the movement of dislocations through a lattice crystal structure strengthens metals and/or metallic alloys. Given the equilibrium phase diagram (a) below, briefly describe (c) the mechanisms of precipitation hardening/strengthening of an aluminium alloy making reference to the transitions shown in (b) below to X, X to A, X to D, A to B and A to C.

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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