Advances in self-healing materials based on vascular networks with mechanical self-repair characteristics

Engineering & Materials Science

• Self-healing materials 100%
• Repair 49%
• Blow molding 39%
• Electrospinning 32%
• Emulsions 26%
• Adhesion 22%
• Spinning (fibers) 19%
• Spectroscopy 13%
• Cantilever beams 13%
• Bending tests 12%
• Thermoanalysis 12%
• Bone 11%
• Characterization (materials science) 10%
• Skin 10%
• Catalysts 10%
• Visualization 9%
• Fabrication 8%
• Stiffness 8%
• Fibers 8%
• Mechanical properties 7%

Chemical Compounds

• Emulsion 50%
• Cantilever Beam 48%
• Dicyclopentadiene 42%
• Grubbs Metathesis 38%
• Siloxane 31%
• Thermoanalysis 25%
• Fiber 19%
• Catalyst 12%

Physics & Astronomy

• healing 69%
• blowing 21%
• cardiovascular system 17%
• emulsions 12%
• characterization 10%
• adhesion tests 8%
• blisters 8%
• bisphenols 7%
• siloxanes 7%
• human body 7%
• cantilever beams 6%
• tensile tests 6%
• bones 5%
• metal spinning 5%
• thermal analysis 5%
• catalysts 5%
• hollow 5%
• stiffness 5%
• strip 5%
• adhesion 5%
• mechanical properties 4%
• fabrication 3%
• fibers 3%
• spectroscopy 3%