INIS
simulation
100%
geometry
100%
porous materials
100%
grids
100%
equations
85%
resolution
71%
levels
57%
fractures
57%
dynamics
42%
size
42%
efficiency
28%
communities
28%
scale models
28%
performance
28%
computerized simulation
28%
computers
28%
prediction
14%
flow models
14%
flexibility
14%
production
14%
operation
14%
storage facilities
14%
fluid flow
14%
reduction
14%
coupling
14%
calculation methods
14%
information
14%
nonlinear problems
14%
capture
14%
heat transfer
14%
fluids
14%
accuracy
14%
physics
14%
solutions
14%
engineering
14%
modeling
14%
geologic formations
14%
Engineering
Models
100%
Fields
71%
Fine Scale
71%
Numerical Methods
42%
Scientific Community
28%
Subsurface
28%
Desired Level
28%
Computational Efficiency
28%
Governing Equation
28%
Multiscale
28%
Storage Facility
14%
Couplings
14%
Fluid
14%
Corner Point
14%
Safe Operation
14%
Large Size
14%
Past Decade
14%
Linearization
14%
Computer Simulation
14%
Cartesian Grid
14%
Technological Advancement
14%
Great Detail
14%
Production Facility
14%
Significant Reduction
14%
Simulation Result
14%
Coarse Grid
14%
Field Development
14%
Engineering
14%
Basis Function
14%
Discretized Equation
14%
Numerical Technique
14%
Linear Equation
14%
Simulation Time
14%
Material Science
Porous Material
100%
Coarsening
66%
Heat Transfer
33%
Fluid
33%
Biochemistry, Genetics and Molecular Biology
Dynamics
100%
Reduction (Chemistry)
33%
Physical Phenomena
33%
Solution and Solubility
33%
Liquid
33%
Chemical Engineering
Linear Systems
100%
Scalability
50%
Fluid Flow
50%