The work discusses the corrosion behavior of a set of newly developed high strength and
highly ductile multiphase steels consisting of various fractions of bainite, intercritical ferrite …

Intercritical tempering at 680° C for different times was carried out in a low carbon copper-
bearing steel to study the evolution of the crystal structure of Cu precipitates by high …

High tensile strength of~ 1550 MPa, uniform elongation of~ 30%, and impact energy of~ 80 J
were achieved in a high-C high-Si bainitic steel, by austempering around the nose-tip …

Deformation‐induced austenite‐to‐martensite transformation is an important phenomenon
that controls the flow behavior of transformation‐induced‐plasticity (TRIP) and TRIP …

The strain hardening behavior of five different steels of varying carbon content, ranging
between 0.007 and 0.71%, such as an Interstitial free (IF), a microalloyed, and a low …

The present study compares slurry erosion resistance of austempered and tempered
medium carbon high silicon steels. A 0.62 C-1.91 Si-0.85 Mn-0.23 Cr steel was subjected to …

The energy-efficient quenching and nonisothermal partitioning process has been shown to
engender an excellent strength-ductility combination in low alloy steels. Conventionally …

AISI 4140 steel under annealing conditions was subjected to single-and multi-austempering
heat treatments. The mechanical performance of the compact tension (CT) specimens was …

In this work, the effect of holding durations (10–60min) during austempering at 300, 350 and
400° C on the structure and properties of a 0.61 C-1.71 Si-0.86 Mn steel has been studied …

The effect of three different austempering temperatures viz. 250° C (NB250), 300° C
(NB300) and 350° C (NB350) on high cycle fatigue behaviour of carbide-free nanostructured …