Fast Simulation of Mechanical Heterogeneity in the Electrically Asynchronous Heart Using the MultiPatch Module

Keyphrases

• Activation Time 100%
• Myocardial Deformation 100%
• Mechanical Heterogeneity 100%
• Fast Simulation 100%
• Multi-patch 100%
• Left Bundle Branch Block 66%
• CircAdapt 66%
• Circumferential Strain 66%
• Fiber Strain 66%
• Strain Patterns 66%
• Tissue Location 66%
• Patient-specific Model 33%
• Closed-loop 33%
• Heart Failure 33%
• Cardiovascular System 33%
• Asynchrony 33%
• Computational Model 33%
• End-diastolic Volume 33%
• Spatial Location 33%
• Cardiac Function 33%
• Electrical Activation 33%
• Deformation Pattern 33%
• Mechanical Deformation 33%
• Endocardium 33%
• Tissue Properties 33%
• Realistic Simulation 33%
• Mechanical Dyssynchrony 33%
• Wall Curvature 33%
• Conduction Disorders 33%
• Circulatory System 33%
• Cardiac Wall 33%
• Ventricular Pacing 33%
• Myocardial Contraction 33%
• Lumped Parameter Model 33%
• Block Failure 33%
• Ejection 33%
• Cardiac Pacing 33%
• Patient Simulation 33%
• Wall Tension 33%
• Wall Volume 33%
• Finite Element Method 33%
• Cardiac Conduction 33%
• Experimental Strains 33%
• Regional Deformation 33%
• Computational Intensity 33%
• Clinical Deployment 33%
• Tagged MRI 33%
• Tissue Activation 33%
• Alternative Basis 33%

INIS

• walls 100%
• simulation 100%
• deformation 100%
• strains 83%
• patients 66%
• tissues 66%
• volume 33%
• contraction 33%
• nmr imaging 16%
• fibers 16%
• tools 16%
• comparative evaluations 16%
• hypothesis 16%
• heart failure 16%
• cardiovascular system 16%
• finite element method 16%

Engineering

• Circumferential 100%
• Induced Deformation 50%
• Myofibers 50%
• Lumped Parameter 50%
• Parameter Model 50%
• End Diastolic Volume 50%
• Arbitrary Number 50%
• Closed Loop 50%
• Fibre Strain 50%
• Patient Specific Model 50%
• Mechanical Deformation 50%
• Spatial Location 50%
• Finite Element Analysis 50%