IVUS-based Fluid-structure Interaction Models for Novel Plaque Vulnerability Indices: A Study in Patients with Coronary Artery Disease

Keyphrases

• Plaque 100%
• Patients with Coronary Artery Disease 100%
• Fluid-structure Interaction 100%
• Plaque Vulnerability 100%
• Vulnerability Index 100%
• Wall Stress 70%
• Morphological Characteristics 40%
• Flow Shear Stress 30%
• Stress Index 30%
• Morphological Index 30%
• Mechanical Condition 30%
• Lipids 20%
• Mechanical Stress 20%
• Lipid Biomarkers 20%
• Cap Thickness 20%
• Pearson Correlation 10%
• Cardiac Patients 10%
• Patient-specific 10%
• Correlation Coefficient 10%
• Computational Model 10%
• Model Combining 10%
• Clinical Follow-up 10%
• Cyclic Bending 10%
• Wall Strain 10%
• Atherosclerotic Plaque Rupture 10%
• Vulnerability Assessment 10%
• Critical Flow 10%
• Stress Value 10%
• Stress-strain 10%
• Pressure Loading 10%
• Cardiac Contraction 10%
• Plaque Morphology 10%
• Assessment Risk 10%
• Specific Pressure 10%
• Rupture Process 10%
• 3D Computational Model 10%
• Rupture Risk Prediction 10%
• Stress Features 10%
• Finite Element Package 10%
• ADINA 10%
• Feature Index 10%

Engineering

• Shear Flow 100%
• Fluid-Structure Interaction 100%
• Mechanical Stress 66%
• Pearsons Linear Correlation Coefficient 33%
• Patient Specific 33%
• Critical Flow 33%
• Critical Stress 33%
• Plaque Rupture 33%
• Risk Prediction 33%
• Finite Element Analysis 33%

Medicine and Dentistry

• Coronary Artery Disease 100%
• Morphology 100%
• Intravascular Ultrasound 100%
• Finite Element Analysis 16%
• Morphological Trait 16%
• Heart Contraction 16%
• Atherosclerotic Plaque 16%