Bioinspired microvascular networks for multifunctional composites

Keyphrases

• Bio-inspired 100%
• Vasculature 100%
• Microvascular Network 100%
• Multifunctional Composites 100%
• Fiber-reinforced Composites 66%
• Fiber Composites 66%
• Vaporization 66%
• Biopolymers 33%
• Printing Techniques 33%
• Biological Systems 33%
• Microparticles 33%
• Polylactic Acid 33%
• Environmental Conditions 33%
• Hierarchical Materials 33%
• Commercially Available 33%
• Fluid Transport 33%
• Evolutionary 33%
• Cell Proliferation 33%
• Metal Catalyst 33%
• Thermal Regulation 33%
• Engineering Application 33%
• Tissue Regeneration 33%
• Respiration 33%
• Material Process 33%
• Microvasculature 33%
• Homeostatic Functions 33%
• Self-repair 33%
• Wood 33%
• Load-bearing 33%
• Thermal Depolymerization 33%
• Metabolic Function 33%
• Additive Manufacturing Process 33%
• Complex Networks 33%
• Structural Performance 33%
• Stasis 33%
• Three-dimensional-printed 33%
• Damage Tolerant 33%
• Stiffness Properties 33%
• Multifunctional Properties 33%
• Synthetic Fibers 33%
• Environmental Engineering 33%
• Specific Strength 33%
• Bearing Materials 33%
• Nutrient Exchange 33%
• Natural Load 33%
• Inverse Replica 33%
• Three-dimensional Interconnected Network 33%
• Fused Deposition Modeling 33%
• Printable Filaments 33%
• Man-made Fibres 33%
• Dynamic Functionalities 33%
• Sacrificial Precursors 33%

Material Science

• Composite Material 100%
• Fiber-Reinforced Composite 66%
• Microparticle 33%
• Three Dimensional Printing 33%
• Polylactide 33%
• Material Processing 33%
• Fused Filament Fabrication 33%
• Biopolymer 33%
• Cell Proliferation 33%
• Synthetic Fiber 33%