The Effect of the Number of Kevlar Layers Impregnated Nano Sic on Ballistic Resistance of Hybrid Laminated Al7075 Composites as Lightweight Material

Keyphrases

• Nano-SiC 100%
• Epoxy Resin 100%
• Lightweight Materials 100%
• Ballistic Resistance 100%
• Combat Vehicle 100%
• Aluminum 7075 100%
• Silicon Carbide Nanopowder 100%
• Al7075 Composite 100%
• Ethanol 50%
• Functional Groups 50%
• Scanning Electron Microscopy 50%
• Absorbance 50%
• Resistance Value 50%
• Main Materials 50%
• Military 50%
• Hand Lay-up 50%
• Impact Resistance 50%
• Shear Thickening Fluid 50%
• Polyethylene Glycol 400 50%
• Laminated Composites 50%
• Kevlar Fiber 50%
• Materials Innovation 50%
• Silicon Carbide Filler 50%
• Nano Silicon Carbide 50%
• Fourier Transfer 50%
• Kevlar 29 50%
• Infrared Spectrometry 50%

Engineering

• Nanopowder 100%
• Lightweight Material 100%
• Empty Space 50%
• Functional Group 50%
• Hand Lay-up 50%
• Shear Thickening Fluid 50%
• Kevlar Fibre 50%
• Kevlar Plate 50%
• Base Material 50%
• Impact Resistance 50%

Material Science

• Composite Material 100%
• Kevlar 100%
• Silicon Carbide 33%
• Aluminum 22%
• Epoxy 22%
• Nanopowder 22%
• Scanning Electron Microscopy 11%
• Polyethylene Glycol 11%
• Composite Laminate 11%
• Impact Resistance 11%