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As-hot-rolled dual phase microstructures have been produced in various micro-alloyed low carbon, silicon-manganese steels. The strength and formability of these microstructures were characterized using shear punch, compression and Hopkinson pressure bar tests. Results indicate that these microstructures have good potential for manufacturing high strength fasteners without the need for conventional heat treatment stages (i.e., spheroidizing and quench and tempering).
As-hot-rolled dual phase microstructures have been produced in various micro-alloyed low carbon, silicon-manganese steels. The strength and formability of these microstructures were characterized using shear punch, compression and Hopkinson pressure bar tests. Results indicate that these microstructures have good potential for manufacturing high strength fasteners without the need for conventional heat treatment stages (i.e., spheroidizing and quench and tempering).
| Author(s) | Priti Wanjara, Michel Hone, Nick Nickoletopoulos and Anton Tendler, Ivaco Rolling Mills, and Steve Yue and J.A. Nemes, McGill University, Canada |
|---|---|
| Publication/Event/Pages | Paper presented at WAI 70th Annual Convention, Nashville, TN USA. Paper published in Wire Journal International, September 2001, pg. 104. |
| Year | 2000 |
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