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Numerical Analysis of Vanadium Carbide's Morphology for HSS with High Vanadium Content

Peng Tao, Rui Long

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Abstract

Quantitative analysis software is invented for effective analysis of different vanadium carbide's morphology,and the form factor K can represent the morphology of different vanadium carbide.As for K is between 1.000 and 0.785,vanadium carbide's morphology is nodular,and it is vermicular when K is less than(0.223).Besides,when carbon is up to 4.2%, the morphology of vanadium carbide is nodular and even distributed(K and D is 0.86,0.78 μm differently).

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What this paper is about

Quantitative analysis software is invented for effective analysis of different vanadium carbide's morphology,and the form factor K can represent the morphology of different vanadium carbide.As for K is between 1.000 and 0.785,vanadium carbide's morphology is nodular,and it is vermicular when K is less than(0.223).Besides,when carbon is up to 4.2%, the morphology of vanadium carbide is nodular and even distributed(K and D is 0.86,0.78 μm differently).

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Available abstract

Quantitative analysis software is invented for effective analysis of different vanadium carbide's morphology,and the form factor K can represent the morphology of different vanadium carbide.As for K is between 1.000 and 0.785,vanadium carbide's morphology is nodular,and it is vermicular when K is less than(0.223).Besides,when carbon is up to 4.2%, the morphology of vanadium carbide is nodular and even distributed(K and D is 0.86,0.78 μm differently).

Key concepts: Vanadium, Vanadium carbide, Carbide, Morphology (biology), Materials science, Metallurgy, Chemical engineering, Geology

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