Guillaume Ah-lung, Ayyoube Barchid
This study aims to provide insights into the experimental conditions used during the melting/casting process and subsequent thermal treatments of low-alloy steels, particularly regarding recycled scrap metals. As sustainable practices in metallurgy gain importance, optimizing scrap metal recycling is crucial for producing steel grades with desired chemical compositions, microstructures, and physical properties. Understanding these conditions is vital for enhancing the efficiency and quality of steel production from recycled materials. This study emphasizes the critical role of specific experimental conditions in the steelmaking process, especially with recycled scrap metals. It closely examines the atmosphere during melting/casting to identify key parameters that must be rigorously controlled in lab-scale steel production using a vacuum induction furnace. The findings indicate that both the chemical composition and recyclability of low-alloyed steels are significantly influenced by the surrounding atmosphere during melting.
@article{e0a404d3-6375-467a-b955-80349de12b64,
title={2024 Ah lung Casting Atmosphere Low Alloy Steel},
author={Guillaume Ah-lung and Ayyoube Barchid},
year={2026},
language={en}
}TY - JOUR TI - 2024 Ah lung Casting Atmosphere Low Alloy Steel AU - Guillaume Ah-lung AU - Ayyoube Barchid PY - 2026 LA - en ER -
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