Keyphrases
Aortic Valve
100%
Pressure Drop
100%
Shape Uncertainty
100%
Mode Shape
100%
Geometric Uncertainty
60%
Model Output
40%
Patient-specific
40%
Computational Fluid Dynamics
40%
Transvalvular Pressure Drop
40%
Image-based Computational Fluid Dynamics
40%
Cardiovascular Research
20%
Personalized Medicine
20%
Computational Model
20%
Systole
20%
Computed Tomography Images
20%
Output Uncertainty
20%
Metamodel
20%
Global Variance
20%
Variance-based Sensitivity Analysis
20%
Valvular
20%
Voxel Size
20%
Computational Fluid Dynamics Modeling
20%
Specific Image
20%
Statistical Shape Model
20%
Closing-in Behavior
20%
Output Variance
20%
Approximate Parameter Estimation
20%
INIS
valves
100%
shape
100%
calculation methods
100%
pressure drop
100%
images
44%
output
44%
computational fluid dynamics
44%
geometry
33%
patients
22%
sensitivity
11%
applications
11%
size
11%
computed tomography
11%
peaks
11%
modeling
11%
communities
11%
medicine
11%
approximations
11%
trains
11%
sensitivity analysis
11%
flow models
11%
Engineering
Pressure Drop
100%
Mode Shape
100%
Computational Fluid Dynamics
80%
Relative Importance
40%
Patient Specific
40%
Illustrates
20%
Dynamic Models
20%
Cardiovascular Research
20%
Shape Modeling
20%
Flow Domain
20%
Flowrates
20%
Output Variance
20%