Chemistry
Alloying
9%
Asymmetry
5%
Bubble
13%
Buoyancy
5%
Casting
59%
Casting Process
9%
Chalcopyrite
12%
Chemistry
11%
Citrate(1-)
5%
Cooling
8%
Dissipation
27%
Ferroalloys
19%
Flow
82%
Flow Kinetics
5%
Fluid Dynamics
12%
Gas
7%
Grain Growth
8%
Heat
10%
Heat Transfer
39%
Hydrogen Peroxide
7%
Jet
44%
Kinetic Energy
24%
Ladle
38%
Leaching
17%
Liquid
40%
Magnetic Flux
11%
Melting
18%
Meniscus
35%
Metal
13%
Methanol
5%
Mineral
7%
Models (Physical)
26%
Momentum Transfer
36%
Nozzle
100%
Nusselt Number
17%
Oxidant Agent
11%
Prandtl Number
8%
Reaction Yield
5%
Simulation
31%
Slab Like Crystal
99%
Solidification
12%
Surface
6%
Thermodynamics
6%
Time
10%
Tundish
89%
Turbulence
86%
Two-Phase Flow
43%
Valve
13%
Velocity
20%
Volume
10%
Engineering & Materials Science
Alloying
11%
Argon
33%
Brakes
9%
Casting
53%
Continuous casting
14%
Copper
11%
Crystal microstructure
12%
Ferroalloys
17%
Flow control
26%
Flow of fluids
75%
Flow patterns
28%
Fluids
13%
Fluxes
25%
Freezing
11%
Geometry
20%
Grain growth
9%
Heat transfer
25%
Hot Temperature
12%
Hydrogen peroxide
12%
Ions
8%
Kinetic energy
35%
Ladles
34%
Leaching
23%
Lead
9%
Liquid metals
10%
Liquids
33%
Low carbon steel
22%
Magnetic flux
10%
Mathematical models
10%
Melting
24%
Metals
20%
Methanol
9%
Molds
33%
Molten materials
10%
Momentum transfer
33%
Multiphase flow
22%
Nozzle design
60%
Nozzles
65%
Nusselt number
9%
Oils
15%
Orifices
9%
Quenching
10%
Solidification
11%
Steel
81%
Tracers
16%
Turbulence
64%
Turbulent flow
17%
Two phase flow
29%
Velocity measurement
11%
Water
21%
Physics & Astronomy
alloying
8%
argon
13%
billets
39%
brakes
13%
bubbles
11%
chemistry
8%
chutes
20%
citrates
12%
curvature
7%
dissipation
17%
electromagnetism
7%
entry
17%
flow distribution
16%
flow velocity
8%
fluid flow
48%
fluids
6%
geometry
7%
gradients
6%
heat transfer
11%
hydrogen peroxide
11%
inhibitors
32%
kinetic energy
14%
leaching
12%
liquid metals
9%
liquid phases
6%
liquids
12%
low carbon steels
24%
melting
13%
menisci
18%
metal particles
11%
metals
10%
minerals
7%
momentum transfer
26%
nozzle design
51%
nozzles
42%
Nusselt number
10%
oils
11%
particle image velocimetry
8%
simulation
8%
slabs
50%
steels
45%
stirring
14%
strands
20%
thermodynamics
6%
tracers
6%
turbulence
24%
turbulent flow
10%
two phase flow
20%
vapor phases
9%
water
10%