Keyphrases
Parameter Estimation
100%
Patient-specific
100%
Experiment-based
100%
Vascular System
100%
Cardiac Mechanics
100%
Closed-loop Model
100%
Monolithic 3-D (M3-D)
100%
System Experiment
100%
Active Stress
75%
Periodic States
75%
Closed-loop
50%
Parameter Calibration
50%
3D Solids
50%
Heart Model
50%
Model Optimization
25%
Assistive Devices
25%
Accurate Model
25%
Optimization Problem
25%
Calibration Algorithm
25%
Calibration Method
25%
Porcine
25%
Medical Applications
25%
Prestress
25%
In Silico
25%
Order Reduction
25%
Finite Element Model
25%
Material Law
25%
Three Dimensional Finite Element
25%
Cardiovascular Disease
25%
Orthotropic
25%
Predictive Tool
25%
Solution Procedure
25%
Physics-based
25%
Parameter Optimization
25%
Activation Function
25%
System of Linear Equations
25%
Efficient Strategy
25%
Prevention Strategies
25%
Epicardium
25%
Volume Data
25%
Circulatory System
25%
2-stage
25%
Heart Valve
25%
Model Choice
25%
Ventricle
25%
Device Engineering
25%
Chamber Model
25%
Strongly Coupled
25%
Pressure-volume
25%
Beta-blockers
25%
Vasodilatory
25%
Ventricular Contractility
25%
0-dimensional
25%
Passive Materials
25%
Newton Step
25%
Ventricular Relaxation
25%
Robin Boundary Condition
25%
Blood Volume
25%
End-diastolic Pressure
25%
Coupled Linear Systems
25%
Stress Curve
25%
Multilevel Methods
25%
Stroke Volume
25%
Heart Base
25%
Fluid Model
25%
Mechanics Simulation
25%
Block Preconditioning
25%
Low-fidelity Model
25%
After Injection
25%
Condition Estimation
25%
Electrical Activation
25%
Resistance Parameter
25%
High-fidelity Model
25%
Fluid Interaction
25%
Phenylephrine
25%
Vascular Resistance
25%
Left Ventricular End-diastolic Pressure
25%
Parameter Correction
25%
Ventricular Model
25%
Muscle Fiber Orientation
25%
Curve Slope
25%
Lower End
25%
Newton-type
25%
Vascular Pressure
25%
Medicine and Dentistry
Vascular System
100%
Cardiovascular System
50%
Health Care Cost
50%
Base
50%
In Silico
50%
Blood Pressure
50%
Epicardium
50%
Circulatory System
50%
Ventricle of Heart
50%
Heart Beat
50%
Heart Left Ventricle Pressure
50%
Heart Ventricle Enddiastolic Pressure
50%
Phenylephrine
50%
Beta Adrenergic Receptor Blocking Agent
50%
Heart Ventricle Contraction
50%
Vascular Resistance
50%
Cardiovascular Condition
50%
Stroke Volume
50%
Heart Valve
50%
Engineering
Closed Loop
100%
Parameter Estimation
100%
Patient Specific
100%
Cardiovascular Mechanics
100%
State Condition
50%
Model Fidelity
50%
Optimisation Problem
25%
Medical Applications
25%
Engineering
25%
Finite Element Modeling
25%
Material Law
25%
Solution Procedure
25%
Instrument Calibration
25%
Fluid Model
25%
Curve Slope
25%
Heart Beat
25%
End Diastolic Pressure
25%
Muscle Fiber
25%
Activation Function
25%
Boundary Condition
25%
Fiber Orientation
25%
Blood Volume
25%
Stroke Volume
25%
Biochemistry, Genetics and Molecular Biology
Liquid
100%
Solution and Solubility
50%
Pig
50%
Computer Model
50%
Blood Pressure
50%
Beta Blocker
50%
Heart Beat
50%
Heart Ventricle Contraction
50%
Phenylephrine
50%
Vascular Resistance
50%
Heart Left Ventricle Pressure
50%
Heart Ventricle Enddiastolic Pressure
50%
Pharmacology, Toxicology and Pharmaceutical Science
Pig
100%
Beta Adrenergic Receptor Blocking Agent
100%
Base
100%
Phenylephrine
100%