A porous-medium approach for modeling heart mechanics. I. theory

Keyphrases

• Blood Pressure 100%
• Porous Media Approach 100%
• Heart Mechanics 100%
• Endocardium 66%
• Pressure-strain 66%
• Blood Flow 33%
• Constitutive Law 33%
• Momentum Balance Equation 33%
• Solids Velocity 33%
• Stress-strain 33%
• Ventricle 33%
• Muscle Activity 33%
• Myocardium 33%
• Cardiac System 33%
• Muscle Fiber 33%
• Cardiac Ventricle 33%
• Solid Matrix 33%
• Strain Patterns 33%
• Time Derivative 33%
• Mixture Theory 33%
• Fluid-solid 33%
• Fiber Strain 33%
• Fiber Stress 33%
• Cardiac Wall 33%
• Cyclic Contraction 33%
• Impermeable Surfaces 33%
• Blood Pressure Gradient 33%
• Forchheimer's Law 33%
• Compatibility Law 33%
• Pressure Stress 33%
• Modified Darcy's Law 33%

Engineering

• Driving Force 100%
• Momentum Balance Equation 100%
• Pressure Gradient 100%
• Darcy's Law 100%
• Muscle Fiber 100%
• Solid Matrix 100%
• Forchheimer Law 100%
• Fibre Stress 100%
• Fibre Strain 100%
• Pressure Stress 100%
• Impermeable Surface 100%