2010Advanced Engineering MaterialsRequires access

Experimental and Numerical Investigation of the Role of Grain Boundary Misorientation Angle on the Dislocation–Grain Boundary Interactions

D. Canadinç, E. Biyikli, Thomas Niendorf, Hans Jürgen Maier

Open publisher page 44 citations

Abstract

Abstract The role of grain boundary misorientation angles on the dislocation–grain boundary interactions was incorporated into a micro hardening scheme. The current formulation is applicable to both coarse‐ and ultrafine‐grained alloys, and evidences the experimentally observed dominant role of the misorientation angles on the deformation response of the latter.

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Abstract The role of grain boundary misorientation angles on the dislocation–grain boundary interactions was incorporated into a micro hardening scheme. The current formulation is applicable to both coarse‐ and ultrafine‐grained alloys, and evidences the experimentally observed dominant role of the misorientation angles on the deformation response of the latter.

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Available abstract

Abstract The role of grain boundary misorientation angles on the dislocation–grain boundary interactions was incorporated into a micro hardening scheme. The current formulation is applicable to both coarse‐ and ultrafine‐grained alloys, and evidences the experimentally observed dominant role of the misorientation angles on the deformation response of the latter.

Key concepts: Misorientation, Materials science, Grain boundary, Grain boundary strengthening, Dislocation, Condensed matter physics, Boundary (topology), Deformation (meteorology)

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