Experimental investigation and optimization of compression moulding parameters for MWCNT/glass/Kevlar/epoxy composites on mechanical and tribological properties

INIS

• compression 83%
• epoxides 83%
• glass 83%
• kevlar 83%
• hybrids 66%
• walls 50%
• molding 50%
• carbon nanotubes 50%
• surfaces 33%
• mechanical properties 33%
• flexural strength 33%
• pressure range mega pa 33%
• molds 33%
• tensile strength 33%
• wear 33%
• fillers 33%
• applications 16%
• investigations 16%
• morphology 16%
• optimization 16%
• fibers 16%
• fabrication 16%
• bending 16%
• hardness 16%
• matrix materials 16%
• strength (tensile) 16%

Engineering

• Carbon Nanotubes 100%
• Epoxy Composite 83%
• Ultimate Tensile Strength 83%
• Compression Molding 50%
• Mould Temperature 33%
• Hybrid Composite 33%
• Compression Pressure 33%
• Bending Strength 33%
• Hybrid 33%
• Properties 33%
• Mechanical Properties 33%
• Optimization 16%
• Experimental Investigation 16%
• Hardness 16%
• Smooth Surface 16%
• Structural Application 16%
• Surface Morphology 16%
• Duration Time 16%
• Nanofiller 16%
• Moulding Condition 16%
• Matrix Material 16%
• Fabrication Method 16%
• Applied Pressure 16%
• Composite 16%
• Fiber 16%

Material Science

• Kevlar 83%
• Glass 83%
• Wear Debris 33%
• Mechanical Property 33%
• Filler 33%
• Surface Morphology 16%
• Molding 16%
• Flexural Strength 16%
• Fiber 16%
• Hardness 16%