---

WORK Interist:
 Advanced high-strength high-ductility steels
 High- strength high-performance steels
 Ultra-fine grained, high toughness-high strength steel
 Developed new steel alloys using nanotechnology technique
 Developed steel alloys for nuclear reactor applications
 New grade of steel shots and steel grits
 Modified tool steels
 Recycling of mill scale waste into valuable materials
 Low and high carbon micro-alloyed steels
 Nitrogen containing micro-alloyed steels
 High nitrogen steels
 Modified stainless steels
 Modified free cutting steels
 Ultra-light weight steel foam
 Ultra-high strength steels
 Superior high strength low impact transition temperature steels
 Quasi crystalline materials
 Electro-slag refining of steels
 Non-metallic inclusions in steels
 Recycling of iron and steel slags
 Treatment of low-grade Mn-ores
 Production of silicomanganese alloy from high Mn-slag
 High carbon and extra low carbon ferroalloys: FeMn, FeSi, FeCr, FeTi, FeSiMg, FeSiMn, FeV, FeNi, FeNiV
 Nitriding of ferroalloys in solid state

PUBLICATIONS:
https://scholar.google.com/citations?user=igkA8HkAAAAJ&hl=en

Scholar Link Scopus Link