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Ironmaking and Steelmaking

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...

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Main Authors: Li, Zushu, Davis, Claire
Formato: Online
Idioma:inglês
Publicado em: MDPI - Multidisciplinary Digital Publishing Institute 2021
Assuntos:
Q1-390
QC1-999
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
bic Book Industry Communication::G Reference, information & interdisciplinary subjects::GP Research & information: general
Acesso em linha:42685
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