TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
' | |
'Automation' | |
'Critical to Quality' | |
'Hot Rolling' | |
3 | |
316L stainless steel | |
5 | |
50 years of modelling of steelmaking processes | |
A | |
Advanced Analytics | |
Agglomerates | |
Agglomeration | |
alkali | |
Alternative Ironmaking | |
Alumina inclusions | |
Aluminothermic heating | |
Analysis | |
Analytics | |
anomaly detection | |
Arcing | |
argon | |
Artificial Intelligence | |
Artificial Neural Network | |
Automated Inclusion Analysis | |
B | |
Bearing steels | |
Bell shape shroud | |
Beneficiation | |
Blast furnace | |
blast furnace flue dust | |
blast furnace modelling | |
Blast Furnace Trough | |
BOF slag | |
BOF Steelmaking | |
Boltzmann-Matano Method | |
bonding | |
Bootstrapping | |
bottom stirring | |
BRASS HOSIM | |
Briquetting | |
Bubble size measurement | |
bubbles | |
Burden distribution | |
burden mix | |
Burden Profile | |
Busheling | |
C | |
Calcium Magnesium Aluminate | |
Calcium Treatment | |
CAMS inclusions | |
CaO dissolution | |
CaO-MgO-Al2O3 slag | |
Carbon dioxide | |
Carbon emission reduction | |
carbon source | |
CAS-OB Composition adjustment by sealed argon bubbling and oxygen blowing | |
casting | |
Casting Breakout | |
CCS | |
CELOX MEASUREMENT | |
Cement-free agglomerates | |
CFD modeling | |
Characterization | |
ChemApp | |
Chromite ore fines | |
Circular economy | |
Clean steel | |
Clean Steel Production | |
Cleanliness | |
Climate Change | |
CO2 | |
CO2 emission | |
CO2 Emissions | |
Coal | |
Coal Ash | |
Coal Blend | |
Coal Blending | |
Coal Briquetting | |
Coke | |
Coke making | |
Coke oven | |
computational fluid dynamics | |
computations thermodynamics | |
Concentrate | |
Contact angle | |
Continuous Casting | |
Continuous Slab Casting | |
Corex technology of iron making | |
Coupled Fluid Thermal and Mechanical model | |
CPR pellets | |
cracks | |
CRI | |
Cross battery temperature | |
Cross-Validation | |
CSR | |
D | |
data | |
Data Analytics | |
Data Science | |
De-oxidation | |
Decarbonization | |
decarburization | |
Degradation | |
Deoxidation equilibria | |
Descriptive modeling | |
Desulfurization | |
Desulphurisation | |
Desulphurization | |
Digitalization | |
direct reduced iron | |
Direct reduction | |
Disintegration | |
DRI | |
dynamic holdup | |
E | |
EAF | |
Electric Arc Furnace | |
Electrical steel sheet | |
Electromagnetic | |
electromagnetic stirring | |
elutriation velocity | |
Emissions | |
Energy Consumption | |
Energy Efficiency | |
energy minimization multi-scale drag model | |
ENERGY SAVING | |
Equilibrium zone modeling | |
Eutectoid grade steel | |
Exergy analysis | |
experimental study | |
Extreme Gradient Boosting | |
F | |
FactSage | |
FactSage™ | |
Fe-Cr-Ni-Mn-Co system alloy | |
Ferrite | |
Ferrite potential | |
Ferroalloys | |
Ferrochrome | |
ferrotitanium | |
Ferrous Burden | |
fine aggregate | |
fine-grid VoF | |
Flash Ironmaking | |
fluid flow | |
Fluidized bed | |
flux treatment | |
Fluxed pellets | |
fluxed sinter | |
Foam height | |
Forecasting | |
Fossil-free pelletizing | |
Fuel Optimization | |
funnel mould | |
G | |
Gangue minerals | |
Gas distribution | |
gas utilization | |
Gas-solid reactions | |
gas-stirred ladle | |
gas-stirring | |
gaussian gradient boosting | |
Glazed refractory characterization | |
grades | |
Grain boundary carbides | |
Grate bar | |
Green Steel | |
H | |
HBI | |
Hearth Wear | |
Heat loss | |
Heating microscopy | |
Hematite | |
Hematite ore pelletizing | |
Hematite ore pellets | |
High Al steel | |
High Ash Coal | |
high pellet BF operation | |
HIsarna | |
Hole Expansion Ratio | |
Hot Ductility | |
Hot Metal | |
Hot metal pretreatment | |
Hot Rolling | |
Hot strip mill | |
hot tearing | |
Hydrocarbon Injection | |
hydrodynamics | |
Hydrogen | |
hydrogen flaking | |
Hydrogen in low alloy steel | |
hydrogen in steel during hot rolling | |
hydrogen in steel during solidification | |
I | |
ImageJ | |
Imbalanced Data Set | |
In-Line Billet Heater (ILBH) | |
in-situ energy | |
Inclusion | |
Inclusion characterization | |
inclusion engineering | |
Inclusion modification by glaze | |
Inclusions | |
induction furnace | |
Induction Furnace reduces Carbon Foot print | |
Induction Stirring | |
Induration | |
Induration with increased oxygen content | |
Industrial trials | |
Industry 4.0 | |
inert gas fusion infrared absorptiometry | |
Injection | |
insoluble oxygen as inclusion | |
Interdiffusion in Fe-Mg-O system | |
interfacial phenomenon | |
interfacial reaction kinetics | |
Internal Cracks | |
Inverse Heat Transfer | |
Iron and Steelmaking | |
Iron loss | |
Iron making | |
Iron ore | |
Iron ore agglomeration | |
iron oxides | |
ironmaking | |
J | |
Jhamacoal | |
K | |
K-means clustering | |
Kinetic model for glaze-inclusion interaction | |
kinetic theory of granular flow | |
Kinetics | |
L | |
ladle | |
Ladle Furnace | |
Ladle glaze | |
Ladle refining | |
Largest Induction steel Melt shop in the world | |
lateral and bottom injection | |
Lean grade ore | |
Level-2 process models | |
Levelized Cost Curve | |
LF slag | |
LF-RH | |
Liberation | |
Limestone | |
liquid steel | |
LIQUIDUS | |
Liquidus Temperature | |
LOI | |
Long Short Term Memory | |
Longitudinal Cracks | |
Low aluminum steel grade | |
Low grade iron ores | |
M | |
machine learning | |
Magnesia-alumina spinel | |
Magnesia-carbon refractory | |
Magnesiowustite | |
magnetic Separation | |
Magnetite pellets | |
Magnetohydrodynamics | |
Mathematical modeling | |
Mathematical Modelling | |
Measurement Systems | |
Melting behavior analysis | |
meniscus fluctuation | |
mesoscale bridging | |
MgO-C bricks | |
Micro-alloy | |
Micro-alloyed steel | |
Microbubble | |
Microstructure Model | |
Microwave | |
mill scale | |
Mineralogy | |
Mixing time | |
Model | |
modeling | |
Modeling and Optimization | |
mold | |
Mold Water Model | |
Molten slag | |
Mould heat flux | |
Multi-fluid VOF | |
Multi-metallic Magnetite ore | |
Multiphase Flow | |
multiphase interface | |
multiphase simulations | |
Multiscale model | |
N | |
Nano Precipitation | |
NbTi steels | |
Nitrogen capacity of slag | |
Non-metallic inclusion | |
Non-metallic inclusions | |
Nonmetallic inclusions | |
Novel ironmaking | |
O | |
operation stability | |
Optical Dilatometer | |
Optical Fiber | |
OPTIMISATION | |
optimization | |
Organic Binder | |
Organic binders | |
OXIDIZED BATH | |
OXYGEN PREDICTION MODEL | |
Oxygen solubility | |
oxygen transport | |
P | |
packed bed | |
packed moving bed studies | |
parameter | |
pellet | |
Pellet fines | |
pellet heating | |
Pellet quality | |
Pelletising | |
Pelletization | |
Pig Iron | |
Plastic | |
Polymer | |
Polyvinyl alcohol | |
powder accumulation | |
Powder static holdup | |
PROCESS CONTROL | |
process model | |
Process modelling | |
PRODUCT QUALITY | |
production | |
Productivity | |
property prediction model | |
Pulverized coal injection | |
Push force | |
Push-Rod Dilatometer | |
Q | |
quality | |
R | |
Raceway | |
raceway characterisation | |
Rate of Sintering | |
RDI | |
Recycling | |
Reducibility | |
Reduction | |
Reduction kinetics | |
Reduction roasting | |
Reduction smelting | |
Refining | |
Refractory damage | |
Refractory Erosion | |
Reheating Furnace | |
Remnant refractory thickness | |
Residence Time Distribution (RTD) | |
Residual aluminium | |
Resource utilization | |
Review | |
RHF-EAF steelmaking | |
Roadmap for CO2 Abatement | |
Roadmap for Energy Reduction | |
Rotary kiln | |
Roughing Mill Exit Temperature | |
S | |
scaled down reactor design | |
Scrap | |
Scrap melting | |
search optimization | |
Secondary Cooling | |
Secondary Refining | |
secondary steelmaking | |
self-learning | |
SEN clogging | |
Shredding system | |
Shrinkage | |
Si-killed steel | |
Silicothermic heating | |
Simulation | |
Single Phase Ferritic Steel | |
sinter | |
Sintering | |
Skull build -up | |
Slab Caster | |
slag | |
Slag carryover | |
slag conductivity | |
Slag design | |
Slag Engineering | |
Slag Foaming | |
Slag Formation | |
Slag path | |
Slag properties | |
slag sand | |
Slag Valorisation | |
slag-metal reactions | |
Smelting Reduction | |
Smelting-reduction | |
Soft sensor | |
solidification | |
soluble oxygen | |
Spinel | |
Stamp charge coke making | |
statististical analysis | |
steel | |
steel cleanliness | |
steel cleanness | |
Steel production | |
steel slag | |
Steelmaking | |
Steelmaking slag | |
steels | |
stickers | |
submerged entry nozzle | |
Submergence depth | |
suction | |
Summary | |
super fluxed sinter | |
SUPERHEAT | |
supersaturation | |
Sustainability | |
Sustainable | |
Sustainable ironmaking | |
Synthetic slag | |
T | |
tapered fluidized bed reactor | |
Temperature measurement | |
TGA | |
Thermal Stability | |
thermo-mechanical model | |
Thermodynamics | |
Thermogravimetric analysis | |
thin slab caster | |
thin slab casting | |
Titanium nitride inclusions | |
transition loss | |
Transverse Crack | |
Transverse Cracks | |
tundish metallurgy | |
Tundish Refractory | |
Tundish Temperature | |
Turbulent Flow | |
V | |
Volume of fluid | |
W | |
Waste plastics | |
Waste utilization | |
Welding flux | |
wire injection | |
working volume | |
X | |
XGBoost | |
Z | |
Zone modeling |