A unified mixture formulation for density and volumetric growth of multi-constituent solids in tissue engineering

Keyphrases

• Tissue Engineering 100%
• Density-dependent Growth 100%
• Mixture Formulation 100%
• Multi-constituent 100%
• Volumetric Growth 100%
• Numerical Simulation 50%
• Computational Methods 50%
• Mass Transfer 50%
• Isotropic Material 50%
• Relative Motion 50%
• Growth Modeling 50%
• Soft Biological Tissue 50%
• Scaffold Network 50%
• Protein Cross-linking 50%
• Coupled System 50%
• Biological Response 50%
• Polymeric Scaffolds 50%
• Anisotropic Material 50%
• Constant Volume 50%
• Constant Density 50%
• Unison 50%
• Fibrous Network 50%
• Numerical Solution Methods 50%
• Mixture Theory 50%
• Momentum Balance Equation 50%
• Constrained Mixture Theory 50%
• Coexisting Constituents 50%
• Drag Force Term 50%

Engineering

• Tissue Regeneration 100%
• Broad Range 50%
• Anisotropic 50%
• Drag Force 50%
• Biological Tissue 50%
• Numerical Solution 50%
• Biological Response 50%
• Model Problem 50%
• Coupled System 50%
• Constant Volume 50%
• Constant Density 50%
• Solution Procedure 50%
• Relative Motion 50%
• Momentum Balance Equation 50%