A systematic and detailed characterization of precipitates, as a function of steel composition,
has been carried out in five batch-annealed interstitial-free high-strength steels. The …

An overview of the different types of precipitates in Interstitial Free High Strength (IFHS)
steels has been presented. Details regarding their sequence of formation during processing …

The influence of rare earth Ce on the deep stam** property of high-strength interstitial-free
(IF) steel containing phosphorus was analyzed. After adding 120 kg ferrocerium alloy (Ce …

The mechanical properties, microstructure and texture of interstitial-free (IF) steel processed
through continuous annealing routes under five cooling rates (5° C/s, 50° C/s, 200° C/s …

IFHS grades best known for their superior strength and high formability are conventionally
processed through batch annealing. However, high phosphorus contents, which are …

Precipitation in IFHS steels affects texture formation during annealing, which in turn
determines the formability. The single most important type of precipitates in IFHS steels is …

The cold-rolled (75% reduction ratio) Ti-IF (interstitial-free) steels of 1 mm thickness were
recrystallized by annealing at 810° C for different times. The microstructure, mechanical …

Surface selective oxide layer on continuous annealed steels is difficult to analyze because
of its thickness in nanometer scale, but it tremendously affects the properties of the coatings …

In this study, the fracture behaviour of steel based composite and nanocomposite fabricated
by accumulative roll bonding process was investigated using scanning electron microscopy …

In order to study the precipitation behaviour of phosphorus-containing precipitates in the
rolling and cooling process of phosphorus-containing high-strength interstitial free steels …