In the current research, a complex microstructure and crystallographic data were developed through quenching partitioning (Q&P) process to improve tensile properties of commercial pearlitic carbon-silicon steel. Two-stage Q&P process, including full austenitization, at 220 °C, followed by two different temperatures, was applied as-received specimen generate composed tempered martensite, bainite...

Abstract This paper describes the development and characterisation of bainitic steel for rail applications based on carbide-free, low-alloy steel. The results show that after rolling subsequently cooling, designed carbide-free exhibits better mechanical performance than standard pearlitic is because its fine, microstructure, which consists ferrite retained austenite laths. Microstructural prope...

the effects of steel wire patenting process parameters on very fine interlamellar spacing in the pearlitic steel wire were investigated and the optimized condition of the process was achieved. in this work, the initial nanopearlitic structure was obtained in a 0.72 wt% carbon steel wire before the wire drawing process. the results were the minimum interlamellar spacing of 35 nm and maximum ulti...

The effects of steel wire patenting process parameters on very fine interlamellar spacing in the pearlitic steel wire were investigated and the optimized condition of the process was achieved. In this work, the initial nanopearlitic structure was obtained in a 0.72 wt% carbon steel wire before the wire drawing process. The results were the minimum interlamellar spacing of 35 nm and maximum ulti...

The effects of hydrogen charge on the formation vacancy-type defects in cold-drawn pearlitic steel were investigated by using positron lifetime spectroscopy, and correlation between susceptibility to embrittlement was discussed. Pearlitic steels aged at 300°C 450°C after cold-drawing used. Both tensile deformed subsequently fractured samples prepared slow strain rate tests (SSRT) with without c...