An inverse approach to determining myocardial material properties

Keyphrases

• Material Properties 100%
• Inverse Approach 100%
• Material Parameters 100%
• Unknown Materials 60%
• Intact Heart 40%
• Measured Strain 40%
• Identification Problem 40%
• Material Identification 40%
• Magnetic Resonance Imaging 20%
• Myocardium 20%
• Finite Element Solution 20%
• Least Squares 20%
• Optimization Algorithm 20%
• Random Noise 20%
• Pressure-volume Relationship 20%
• Tissue Tagging 20%
• Radio Frequency 20%
• Finite Element Model 20%
• Validation Experiment 20%
• Material Behavior 20%
• Deformation Analysis 20%
• Inverse Solution 20%
• Passive Materials 20%
• Dense Set 20%
• P-version 20%
• Inverse Algorithm 20%
• Nonlinear Optimization Algorithm 20%
• Inhomogeneous Material 20%
• Inverse Boundary Value Problem 20%
• Load-deformation Behavior 20%
• Material Law 20%

Engineering

• Material Parameter 100%
• Measured Strain 40%
• Predicted Strain 40%
• Nonlinear Optimization 20%
• Finite Element Solution 20%
• Fits and Tolerances 20%
• Finite Element Modeling 20%
• Objective Function 20%
• Boundary Value 20%
• Salient Feature 20%
• Inverse Solution 20%
• Material Behavior 20%
• Test Sample 20%
• Nonhomogeneous Material 20%
• Inverse Boundary 20%
• Material Law 20%
• Least Squares Method 20%