The importance of blood rheology in patient-specific computational fluid dynamics simulation of stenotic carotid arteries

Mathematics

• Dynamic Simulation 100%
• Arteries 96%
• Rheology 96%
• Computational Fluid Dynamics 90%
• Blood 77%
• Wall Shear Stress 56%
• Stenosis 42%
• Power Law 25%
• Hemodynamics 24%
• Model 22%
• Pressure Gradient 22%
• Descriptors 20%
• Atherosclerosis 13%
• Cardiovascular Disease 13%
• Magnetic Resonance Imaging 12%
• Flow Pattern 12%
• Medical Imaging 11%
• Blood Flow 11%
• Fluid Model 10%
• Progression 10%
• Dynamic Model 9%
• Mean Value 8%
• Numerical Simulation 6%
• Necessary 5%
• Boundary conditions 5%
• Range of data 5%

Medicine & Life Sciences

• Rheology 86%
• Hydrodynamics 80%
• Carotid Arteries 68%
• Pathologic Constriction 37%
• Arteries 34%
• Hemodynamics 34%
• Pressure 30%
• Carotid Stenosis 26%
• Diagnostic Imaging 24%
• Atherosclerosis 18%
• Cardiovascular Diseases 16%
• Healthy Volunteers 15%
• Magnetic Resonance Imaging 15%

Engineering & Materials Science

• Rheology 78%
• Blood 64%
• Computational fluid dynamics 52%
• Computer simulation 38%
• Shear stress 32%
• Hemodynamics 20%
• Pressure gradient 19%
• Medical imaging 9%
• Magnetic resonance 9%
• Flow patterns 8%
• Dynamic models 7%
• Imaging techniques 6%
• Boundary conditions 6%
• Geometry 5%