Multi-Scale Characterization of Inhomogeneous Morphologically Textured Microstructures (Preprint)
A computationally efficient microstructure characterization technique is presented that separately identifies morphological texture and any orientation dependence of second-phase clustering via a concise visual representation. This technique, the Vector Multi-Scale Analysis of Area Fractions (VMSAAF...
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| creator | Spowart, J E Wilks, G B Tschopp, M A |
| description | A computationally efficient microstructure characterization technique is presented that separately identifies morphological texture and any orientation dependence of second-phase clustering via a concise visual representation. This technique, the Vector Multi-Scale Analysis of Area Fractions (VMSAAF), is then applied to computer-generated microstructures to understand the effects of second-phase area fraction, aspect ratio, alignment propensity, variant orientation, and degree of microstructure banding on the homogenous length scale- a metric used to quantify clustering-as well as the extent of representative volume elements for a microstructure.
PAO Case no. 88ABW-2009-1169, Work Unit no. M02R4000. Material Science and Engineer. A,p1-7, 2009. |
| format | Report |
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| subjects | ASPECT RATIO CHARACTERIZATION CLUSTERING COMPUTER APPLICATIONS EFFICIENCY HOMOGENEITY MICROSTRUCTURE MORPHOLOGY MULTI-SCALE Operations Research ORIENTATION(DIRECTION) PE62102F Physical Chemistry Properties of Metals and Alloys REPRESENTATIVE VOLUME ELEMENT REPRINTS SCALE TEXTURE VISION VMSAAF(VECTOR MULTI-SCALE ANALYSIS OF AREA FRACTIONS) WUAFRL4347RG00 |
| title | Multi-Scale Characterization of Inhomogeneous Morphologically Textured Microstructures (Preprint) |
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