The major strengthening mechanisms in bainitic steels arise from the bainitic ferrite plate
thickness rather than the length, which primarily determines the mean free slip distance …

The isothermal transformation kinetics, microstructure and mechanical properties of a low-
carbon bainitic steel, subjected to below-Ms/above-Ms austempering with or without prior …

This study presents a systematic investigation of the corrosion behavior and corrosion
mechanism of a novel ultralow-carbon Cr–Mo alloyed ferrite/bainite duplex steel rebar …

The roles of pre-formed martensite (PM) in below-Ms bainite formation, microstructure,
crystallography, strain partitioning and mechanical properties of a low-carbon bainitic steel …

A novel heat-treatment process, below-Ms austempering, was performed on two low-C high-
Si/Al steels, and accordingly the resultant microstructures and mechanical properties were …

So far, the qualitative and quantitative analysis of bainite has to be carried out by a
metallography specialist and often causes ambiguities coming along with poor …

A change in the mechanical properties of a carbide-free bainitic steel was observed during
prolonged holding at austempering temperature after termination of the bainitic …

Abstract Designing Advanced High-Strength Steels assumes fine-tuning of alloying
elements to enhance performance properties. This affects the kinetics of Fe-Zn interaction …

A medium carbon Mn-Si-Cr alloyed steel was treated by a novel bainite-based quenching
and partitioning (BQ&P) process: after full austenization, the steel was firstly austempered at …

This paper presents two high-strength steels composed of granular bainite microstructure
that have higher extrinsic resistance to hydrogen embrittlement (HE) than conventional …