In this investigation a new third generation advanced high strength steel (AHSS) has been
developed. This steel was synthesized by austempering of a low carbon and low alloy steel …

Abstract A moderately high carbon (0.61%) high silicon steel was subjected to a newly
designed heat treatment cycle consisting of continuous cooling for different duration after …

A high carbon and high silicon (HCHS) steel containing about 1% carbon and 2.5% silicon
has been developed. This steel has been synthesized using concepts from austempered …

The multi-step isothermal austempering heat treatment to achieve an ultra-fine bainitic
microstructure and maximum volume fraction of bainite was conducted on a steel containing …

A new ausferritic steel with high strength and exceptionally high fracture toughness has
been developed. This steel has been synthesized integrating concepts from Austempered …

The present investigation is focused on evaluating the microstructure and mechanical
properties of American Iron and Steel Institute 9255 high-silicon steel austempered at …

In this investigation, a new low alloy and low carbon steel with exceptionally high strength
and high fracture toughness has been developed. The effect of austempering temperature …

The microstructure of austempered high silicon (AHS) steel before and after treating with a
modifier containing titanium, vanadium and rare earth elements (so-called Ti-V-RE modifier) …

High Silicon Austempered steels (AHSS) are materials of great interest due to their excellent
combination of high strength, ductility, toughness, and limited costs. These steel grades are …

The microstructure and mechanical properties of a high-carbon Si–Al-rich steel
austempered at 220–260° C were studied by optical microscopy, X-ray diffraction …