A Review of Different Creep Mechanisms in Mg Alloys Based on Stress Exponent and Activation Energy

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Title:	A Review of Different Creep Mechanisms in Mg Alloys Based on Stress Exponent and Activation Energy
Authors:	Athul, K R Pillai, UTS Srinivasan, Amirthalingam Pai, B C
Keywords:	Magnesium Temperatures Influence Automobiles Intermetallics
Issue Date:	May-2016
Publisher:	wiley
Citation:	Advanced Engineering Materials 18(5):770-794
Abstract:	Magnesium being the lightest structural material, is being increasingly used in automotive industry but at elevated temperatures, alloys like AZ91D, AM60B, AM50A etc. exhibit poor creep resistance which hinders the powertrain applications. This article summarizes the various creep deformation mechanisms prevailing in magnesium alloys at elevated temperatures by the influence of elemental additions. The main creep mechanisms are found to be dislocation climb, diffusion creep, and grain boundary sliding. The variation of creep mechanisms for different Mg alloys with respect to the activation energy (Q), stress exponent (n) for different stresses and temperatures are reported
URI:	http://hdl.handle.net/123456789/2390
Appears in Collections:	2016

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