Ironmaking and Steelmaking

• Main Author: Li, Zushu (auth)
• Other Authors: Davis, Claire (auth)
• Format: Electronic Book Chapter
• Language: English
• Published: MDPI - Multidisciplinary Digital Publishing Institute 2019
• Subjects: artificial neural network; n/a; corrosion; inclusion control; steel-making; simulation; liquid steel; phosphate capacity; slag; hydrogen; TG analysis; surface roughness; iron sulfate; shot peening; refining kinetics; iso-conversional method; oxygen blast furnace; Barkhausen noise; gas flow rate; ductile cast iron; toughness; self-reduction briquette; Mg deoxidation; phosphorus distribution ratio; iron oxides; phase analysis; desiliconisation; solid flow; CaO/Al2O3 ratio; surface depression; carbothermal reduction; rotary hearth furnace; torrefied biomass; hot metal pre-treatment; inclusions; microwaves; ironmaking; reactivity; CaO-based slags; high-aluminum iron ore; oxides; HPSR; internal crack; fluorapatite; crystallization rate; COREX; liquid area; Al addition; Wilcox-Swailes coefficient; plasma arc; evaluation of coupling relationship; penetration theory; silicate crystals; ionization degree; pellet size; prediction model; continuous casting; direct element method; modified NPL model; slag film; volatile matter; crystallite size; Al-TRIP steel; viscosity; anosovite crystals; slag formation; CO2 emissions; integrated steel plant; flow pattern; high-heat-input welding; dephosphorisation; copper stave; direct reduction; shrinkage; Cr recovery; chemical composition; high speed steel; material flow; 33MnCrTiB; gas-based reduction; converter; bio-coal; flat steel; sulfur distribution ratio; cold experiment; secondary refining process; re-oxidation; vaporization dephosphorization; sulfide capacity; electroslag cladding; hydrogen attack; oxygen steelmaking; non-metallic inclusions; cracks; non-contact measurement; energy consumption; high-manganese iron ore; non-metallic inclusion; Ca deoxidation; Ca-treatment; compressive strength (CS); oil-pipeline steel; thermal treatment; carbon monoxide; composite roll; crystallization behaviors; devolatilization; carbon-saturated iron; steelmaking factory; slag crust; combustion; high heat input welding; ore-carbon briquette; activation energy; flow velocity; kinetics; hydrogen plasma; casting speed; solid and gaseous oxygen; hercynite; low fluorine; iron ore pellets; fayalite; heat-affected zone; CO-CO2 atmosphere; and nitrogen; smelting reduction; high-phosphorus iron ore; iron oxide; mold flux; BaO; intragranular acicular ferrite; carbon composite pellet; electrolytic extraction; iron ore; carbon dioxide; agglomerate; vanadium titano-magnetite; emission spectrum; static process model; concentrate; structure; titanium slag; bonding interface; fork; blast furnace; reaction mechanism; reduction; synergistic reduction; injection; principal component analysis; ultrafine particles exposure
• Online Access: DOAB: download the publication; DOAB: description of the publication

Steel is a critical material in our societies and will remain an important one for a long time into the future. In the last two decades, the world steel industry has gone through drastic changes and this is predicted to continue in the future. The Asian countries (e.g. China, India) have been domina...