Engineering & Materials Science
Multiphase flow
100%
Fluids
72%
Porous materials
64%
Nuclear reactors
57%
Advection
53%
Finite element method
47%
Computer simulation
41%
Mixed oxide fuels
40%
Fluidized beds
40%
Flow simulation
36%
Tracers
30%
Gases
26%
Uranium
26%
Neutrons
25%
Geometry
23%
Water
22%
Numerical models
21%
Powders
21%
Core analysis
19%
Kinetic theory
19%
Radiation
19%
Sand
17%
Nitrates
16%
Relocation
16%
Viscous flow
15%
Plutonium
15%
Moderators
15%
Computational fluid dynamics
14%
Large eddy simulation
14%
Force control
14%
Debris
14%
Accidents
13%
Quenching
13%
Boiling liquids
13%
Zinc
13%
Negative temperature coefficient
13%
Hot Temperature
12%
Numerical methods
12%
Liquid waves
12%
Particle size
12%
Coolants
12%
Parameter estimation
12%
Cooling
12%
Kalman filters
12%
Boilers
11%
Fluid dynamics
11%
Drag
11%
Heat transfer
11%
Surface tension
11%
Two phase flow
11%
Mathematics
Multiphase Flow
82%
Control Volume
59%
Porous Media Flow
37%
Finite Element Method
36%
Mesh Adaptivity
32%
Heterogeneous Porous Media
30%
Dynamic Mesh
30%
Anisotropic Mesh
28%
Flow in Porous Media
24%
Mesh Optimization
22%
Flow Instability
22%
Fluid
22%
Unstructured Mesh
19%
Continuity Equation
19%
Upscaling
19%
Advection
17%
Proper Orthogonal Decomposition
17%
Simulation
17%
Adaptive Finite Element Method
17%
Porous Media
17%
Complex Geometry
15%
Numerical Investigation
15%
Permeability
15%
Saturation
15%
Viscous Flow
14%
Machine Learning
14%
Libraries
14%
Finite Element
14%
Mesh
14%
Numerical Simulation
13%
Overlapping
13%
Modeling
13%
Neural Networks
12%
Resolve
11%
Model
10%
Grid
10%
Viscosity
9%
Dynamic Optimization
9%
Reynolds number
9%
Fluid Flow
8%
Governing equation
8%
Water
7%
High-order Finite Elements
7%
Discretization
7%
Experimental Data
7%
Higher Order
7%
Two-phase Flow
6%
Pressure Drop
6%
Computational Cost
6%
Collapsing
6%
Earth & Environmental Sciences
finite element method
65%
simulation
42%
porous medium
36%
multiphase flow
30%
modeling
21%
fluid
20%
atmospheric modeling
17%
Newtonian fluid
16%
flow modeling
15%
viscous flow
15%
subsurface flow
14%
Kalman filter
13%
saturation
13%
parameter estimation
13%
oak
12%
peat
12%
viscosity
11%
preserve
11%
eddy
11%
tracer
10%
Holocene
10%
plateau
9%
dust
9%
radiation
9%
cost increase
8%
kinetics
8%
pressure gradient
6%
enriched uranium
6%
zinc
6%
nitrate
6%
mudstone
6%
cost
5%
comparison
5%
fracture propagation
5%
fluid mechanics
5%
method
5%
family
5%
turbulence
5%
pressure field
5%