$15.00
High-strength rope wires were obtained by cold drawing 1020 dual- phase steel. TEM analysis showed that the martensite morphology, the dislocation densities of both martensite and ferrite phases as well as the morphology and amount of carbide particles are significantly affected by parameters of heat treatment and the degree of cold drawing. A suitable combination of the technological parameters of heat treatment and cold drawing c
High-strength rope wires were obtained by cold drawing 1020 dual- phase steel. TEM analysis showed that the martensite morphology, the dislocation densities of both martensite and ferrite phases as well as the morphology and amount of carbide particles are significantly affected by parameters of heat treatment and the degree of cold drawing. A suitable combination of the technological parameters of heat treatment and cold drawing c
| Author(s) | X.M. Wang, D.Z. Yang, T.Q. Lei, L.Y. Yang, Harbin Institute of Technology, China. |
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| Publication/Event/Pages | Paper presented at WAI 60th Annual Convention, Boston, MA USA. Paper published in Wire Journal International, Jan. 1992, pg. 53. |
| Year | 1990 |
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