A novel computational remodelling algorithm for the probabilistic evolution of collagen fibre dispersion in biaxially strained vascular tissue

Keyphrases

• Fiber Dispersion 100%
• Probabilistic Evolution Theory 100%
• Collagen Fiber Dispersion 100%
• Vascular Tissue 100%
• Fiber Direction 66%
• Random Force 66%
• Anisotropy 33%
• Single Fiber 33%
• Collagen 33%
• Force Components 33%
• Predictive Ability 33%
• Mechanical Stress 33%
• Cellular Level 33%
• Mathematical Form 33%
• Strong Connections 33%
• Quantitative Features 33%
• Brownian Motion 33%
• Dispersion Measurement 33%
• Blood Pressure 33%
• Adventitia 33%
• Random Evolution 33%
• Visible World 33%
• Stress Stimuli 33%
• Collagen Remodeling 33%
• Tissue Remodeling 33%
• Direction Vector 33%
• Evolutionary Rate 33%
• Microscopic Evolution 33%
• Strain-dependent 33%
• Deformation Problem 33%
• Mechanical Variables 33%
• Cellular Scale 33%
• Macroscopic Fibers 33%
• Local Dispersion 33%

Engineering

• Fiber Dispersion 100%
• Fiber Direction 50%
• Rotational 25%
• Predictive Capability 25%
• Axisymmetric 25%
• Mechanical Stress 25%
• Dependent Strain 25%
• Direction Vector 25%