Dissimilar Materials Bonding with 3D Nano Interface
2020-0131-07
- researcher's name
- affiliation
- research field
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Materials/Mechanics of materials
- keyword
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background
● Application of carbon fiber reinforced thermoplastic (CFRTP) composites to vehicles and rovement of their productivity, recyclability and fuel economy
● Development of bonding technology between CFRTP and aluminum alloy for and its evaluation
● Development of bonding technology between CFRTP and aluminum alloy for and its evaluation
summary
● Fabrication of nano structure on aluminum surfaces
● Improvement of bonding strength by silane-coupling treatment
● Improvement of bonding strength by silane-coupling treatment
● Direct bonding of CFRTP and Al by hotpress
● Evaluation of shear strength and fracture toughness
predominance
● Higher bonding strength due to anchor effects
● Excellent in recyclability for only Al and CFRTP use
● Evaluation of pure fracture toughness considering residual thermal stress
● Excellent in recyclability for only Al and CFRTP use
● Evaluation of pure fracture toughness considering residual thermal stress
application/development
● Direct bonding of transportation equipment members, electronics and building materials by hotpress
● Development of new composites based on CFRTP and metals
● Development of new composites based on CFRTP and metals
same researcher's seeds
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Fabrication of carbon nanotube yarn with high functionality
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Direct Bonding of Dissimilar Materials Having 3D Nanostructured Interfaces
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Healing of Fatigue Crack in the Metallic Materials by Heat Treatment
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Development of Test Method for Evaluating Pure Mode Interlaminar Fracture Toughness of Dissimilar Materials
posted:
2020/02/06
