Effects of niobium additions to a vanadium microalloyed high-carbon wire steel

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The need for weight reduction in a number of structures and applications is stimulating the development of wire products with increased strength. Vanadium alloying is successfully used to increase strength levels of pearlitic high-carbon wire steels predominantly through precipitation strengthening. This paper investigates additions of niobium to a vanadium microalloyed 0.80 wt pct carbon steel. Strength increases are obtained which are believed to be related to an observed refinement of interlamellar pearlite spacing.

SKU: P05535 Category:

Description

The need for weight reduction in a number of structures and applications is stimulating the development of wire products with increased strength. Vanadium alloying is successfully used to increase strength levels of pearlitic high-carbon wire steels predominantly through precipitation strengthening. This paper investigates additions of niobium to a vanadium microalloyed 0.80 wt pct carbon steel. Strength increases are obtained which are believed to be related to an observed refinement of interlamellar pearlite spacing.

Additional information

Author(s)

Emmanuel De Moor and Stephanie L. Miller, Colorado School of Mines, USA

Publication/Event/Pages

Milan ITC

Year

2013