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Multiphysics CFD modelling for design and simulation of a multiphase chemical reactor
DI Gerogiorgis
*
, BE Ydstie
*
Corresponding author for this work
School of Engineering
Research output
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peer-review
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Engineering & Materials Science
Chemical reactors
94%
Computational fluid dynamics
53%
Slags
52%
Volume fraction
47%
Gases
40%
Computer simulation
38%
Geometry
32%
Carbothermal reduction
27%
Electric charge
25%
Joule heating
23%
Electrolysis
20%
Temperature measurement
18%
Natural convection
18%
Turbulent flow
17%
Convection
17%
Partial differential equations
17%
Molten materials
17%
Electric fields
16%
Momentum
16%
Sensitivity analysis
15%
Thermodynamics
15%
Dynamic models
14%
Temperature
14%
Aluminum
13%
Heating
12%
Electric potential
9%
Hot Temperature
8%
Costs
6%
Chemical Compounds
Chemical Reactor
100%
Simulation
44%
Slag
44%
Volume
40%
Gas
30%
Velocity
23%
Momentum
18%
Flow
18%
Electric Charge
18%
Carbothermal Reduction
17%
Electrolysis
12%
Electric Field
12%
Heat
10%
Voltage
10%
Thermodynamics
8%
Diffusion
8%