The microstructure of low alloyed ferritic–martensitic dual-phase steels as used for deep
drawn parts in automotive applications consists of coarse grained hard martensitic …

Abstract UNS S41003 (410D) steel is a relatively low chromium unstabilized ferritic stainless
steel. It has superior mechanical and corrosion resistance than ordinary low carbon steels …

This study is focused on the production of a dual-phase steel structure in the core of a
surface-carburized AISI 8620 cementation steel and the effect of martensite volume fraction …

Dual-phase steels are a new class of high-strength low alloy (HSLA) steels characterized by
a microstructure consisting of about 20% hard martensite particles dispersed in a soft ductile …

The aim of this paper is to investigate in details the relationship between the volume
fractions of ferrite and martensite with the variation of hardness in a low alloy ferrite …

The high strain hardening rate and formability of dual-phase steels makes them promising
choices for drawing into high strength wire. As the fundamental part of an alloy design …

This paper is concerned to investigate in details the variation of ferrite hardening response
in conjunction with carbon partitioning developed within ferrite during austenite to ferrite …

In this investigation, two steels with different chemical compositions were used to study the
hardenability of austenite with different alloy content and dispersion in dual-phase steel. The …

This paper presents preliminary results on the mechanical and corrosion properties of a Fe-
2Si-0.1 C-0.1 Nb dual-phase ferrite martensite (DFM) steel embedded in concrete. Previous …

This study aims to achieve insight related to the role of various microstructural parameters
on nanohardness of different phases in ferrite-martensite (FM), ferrite-bainite (FB) and ferrite …