Characterization of Mechanical and Damping Properties of Carbon/Jute Fibre Hybrid SMC Composites

Keyphrases

• Automotive Industry 33%
• Bending Properties 33%
• Carbon Content 33%
• Carbon Core 33%
• Carbon Layer 66%
• Cost-performance Ratio 33%
• Damping Performance 100%
• Damping Properties 100%
• Energy Dissipating 33%
• Environmental Concern 33%
• External Carbon Source 33%
• Fiber Layer 33%
• Flexural Modulus 33%
• High Energy 33%
• High Performance 33%
• High Strength 33%
• Hybrid Content 33%
• Hybrid Sheet 100%
• Hybridization Effect 66%
• Hybridization Ratio 33%
• Jute 66%
• Jute Fiber 100%
• Large-scale Application 33%
• Material Cost 33%
• Mechanical Performance 33%
• Mechanical Properties 100%
• Natural Fibers 33%
• Sheet Molding Compound 100%
• Skin Layer 33%
• Tensile Modulus 33%
• Tensile Properties 33%

Engineering

• Automotives 33%
• Carbon Layer 66%
• Core Layer 66%
• Cost Performance 33%
• Damping Property 100%
• Environmental Concern 33%
• Flexural Modulus 33%
• Jute Fibre 100%
• Material Cost 33%
• Natural Fibre 33%
• Performance Ratio 33%
• Sheet Molding Compounds 100%
• Tensiles 33%
• Young's Modulus 33%

Material Science

• Elastic Moduli 20%
• Jute Fiber 100%
• Mechanical Strength 40%
• Natural Fibre 20%
• Sheet Molding Compounds 100%