Peer-reviewed · Hybrid open access
Journal of Advanced Ferrous Technologies
An international peer-reviewed journal bridging academic research and industrial practice in the iron and steel sector. Covering raw materials to finished products, plant-scale implementation to emerging low-carbon technologies.
Browse by subject area
All subject areas →Iron ore beneficiation, agglomeration (sintering, pelletizing), coal & coke, alternative reductants, raw-material logistics.
Blast furnace, COREX, FINEX, direct reduction (DRI/HBI), smelting reduction, hydrogen-based ironmaking.
BOF, EAF, ladle metallurgy, vacuum degassing, alloy design, inclusion control, refractory and casting.
Hot & cold rolling, thermomechanical processing, coating, surface treatment, heat treatment and product development.
Energy & mass balance, by-product utilization, yield improvement, plant-wide optimization, debottlenecking.
Industry 4.0 in steel, AI/ML for process control, digital twins, IoT, predictive maintenance, MES/ERP integration and Industrial cyber security.
Decarbonization, hydrogen steel, CCUS, circular economy, green steel certification, low-carbon technologies.
Economics of steel production, supply chain dynamics, project and operations management, workforce development, occupational safety, and regulatory and policy frameworks.
Inaugural volume
Volume 1 is in preparation
JAFT is a newly launched, peer-reviewed journal in advanced ferrous technologies. Peer review of the first manuscripts is under way — published articles will appear here as the inaugural issue is released.
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