Development of high performance recycled carbon fibre composites with an advanced hydrodynamic fibre alignment process

Business & Economics

• Carbon Fiber 100%
• High Performance 62%
• Alignment 57%
• Fiber 55%
• Fiber Orientation 41%
• Environmental Impact 40%
• Fiber Length 39%
• Tensile Strength 37%
• Mechanical Properties 32%
• Degradation 22%
• Performance 16%
• Costs 16%
• Industry 7%
• Factors 7%

Engineering & Materials Science

• Carbon fibers 61%
• Hydrodynamics 56%
• Fibers 44%
• Compression molding 41%
• Composite materials 38%
• Environmental impact 31%
• Autoclaves 20%
• Fiber reinforced materials 17%
• Tapes 16%
• Elastic moduli 13%
• Tensile strength 13%
• Costs 12%
• Degradation 11%
• Mechanical properties 10%
• Industry 7%

Earth & Environmental Sciences

• carbon fiber 78%
• alignment 61%
• hydrodynamics 50%
• fiber 49%
• environmental impact 20%
• cost 13%
• tensile strength 13%
• low pressure 11%
• mechanical property 10%
• vehicle 10%
• plan 8%
• degradation 8%
• industry 8%
• material 5%
• distribution 4%
• parameter 4%
• effect 3%
• method 2%