Engineering
Models
100%
Hybrid
100%
Discretization
100%
Discontinuous Galerkin
100%
Velocity
66%
Subproblem
66%
Discrete Model
66%
Fields
33%
Posedness
33%
Fluid
33%
Combines
33%
Solid Matrix
33%
Cost Efficiency
33%
Conservation
33%
Physical Principle
33%
Fluid Mass
33%
Stability
33%
Degree of Freedom
33%
Error Estimate
33%
Physical Quantity
33%
Stokes
33%
Approximation Order
33%
Mass Conservation
33%
Conservation of Mass
33%
Convergent
33%
Earth and Planetary Sciences
Model
100%
Consolidation
100%
Hybrid
100%
Conservation
75%
Cost
50%
Speed
50%
Statics
50%
Degree of Freedom
25%
Poroelasticity
25%
Displacement
25%
Amount
25%
Estimate
25%
Galerkin Method
25%
Formulation
25%
Preserve
25%
Order
25%
Tool
25%
Solid
25%
Family
25%
Preserving
25%
Construction
25%
Parameter
25%
Error
25%
Surface Pressure
25%
Pore Pressure
25%
Stability
25%
Efficiency
25%
Elasticity
25%
Interest
25%
Mathematics
Discretization
100%
Discrete Model
66%
Subproblem
66%
Seepage Velocity
66%
Degrees of Freedom
33%
Approximation Order
33%
Matrix (Mathematics)
33%
Error Estimate
33%
Flow
33%
Pointwise
33%
Physical Quantity
33%
Posedness
33%
Stability
33%
Parameters
33%
Elasticities
33%
Related Result
33%
Uniformly Convergent
33%
Efficiency
33%
Physics
Model
100%
Speed
66%
Statics
66%
Pressure
66%
Estimates
33%
Parameter
33%
Galerkin Method
33%
Condensation
33%
Theoretical Model
33%
Stability
33%
Elasticity
33%
Degrees of Freedom
33%
Porosity
33%
Solid State
33%
Physics
33%
Approximation
33%