INIS
interactions
100%
roots
100%
finite element method
100%
valves
70%
grids
40%
elasticity
30%
in vivo
20%
resolution
20%
sinuses
20%
closures
20%
humans
10%
yields
10%
sensitivity
10%
data
10%
tissues
10%
fibers
10%
junctions
10%
geometry
10%
mechanics
10%
configuration
10%
cardiac output
10%
loading
10%
experimental data
10%
flow rate
10%
calculation methods
10%
aorta
10%
reynolds number
10%
fluid mechanics
10%
Keyphrases
Finite Element Model
100%
Immersed Boundary
100%
Boundary Model
25%
Grid Resolution
12%
Unloaded Configuration
12%
Aortic Valve Opening
12%
Aortic Valve Leaflets
12%
Hyperelastic Model
12%
Immersed Boundary Method
12%
Grid Sensitivity
12%
Constitutive Law
12%
Root Model
12%
Root Tissue
12%
Outflow Valve
12%
Standalone Model
12%
Structural Elasticity
12%
Valve Closure
12%
Pressure Load
12%
Forward Flow
12%
Physiological Pressure
12%
High Reynolds number Flow
12%
Engineering
Finite Element Modeling
100%
Boundary Model
25%
Leaflet Valve
25%
Regurgitation
12%
High Reynolds Number Flow
12%
Pressure Load
12%
Pressure Difference
12%
Hyperelastic Model
12%
Displacement Method
12%
Fluid Dynamics
12%
Flow Pressure
12%