Polymer/Metal Joining with Carbon Fibers with High Resistance to Pull-Out Induced by Huge Friction Force Generated by Extremely Broad Total Interface Area

Shigehito Inui; Kazuma Shiraishi; Sho Ishii; Atsushi Kasai; Noriyoshi Miwa; Masae Kanda; Yoshitake Nishi

doi:10.4028/www.scientific.net/AMR.922.270

Paper Titles

Structural Analysis of Shape Memory Gel
p.248

Optimization of a Closed Die Forging Process to Manufacture a Gear Wheel by the Use of a Response Surface Model
p.254

Determination of Preferred Morphology of Self-Accommodating Martensite in Ti-Nb-Al Shape Memory Alloy Using Optical Microscopy
p.260

Compression of Single-Crystal Micropillars of the Γ Intermetallic Phase in the Fe-Zn System
p.264

Polymer/Metal Joining with Carbon Fibers with High Resistance to Pull-Out Induced by Huge Friction Force Generated by Extremely Broad Total Interface Area
p.270

X-Ray Residual Stress Analysis of Nickel Base Alloys
p.274

Effect of Process Parameters on Friction Surfaced Coating Dimensions
p.280

Feasibility Study on Die Quenching of AA2024 Aluminum Alloy Billet Using Servo Press
p.286

Investigation of Biodegradable Composite Coated Magnesium Alloy Using Optical Coherence Tomography
p.292

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 922Polymer/Metal Joining with Carbon Fibers with High...

Polymer/Metal Joining with Carbon Fibers with High Resistance to Pull-Out Induced by Huge Friction Force Generated by Extremely Broad Total Interface Area

Abstract:

Although welding, blazing, rivet connecting and glue are typical joint methods for aerospace materials, they mostly reduced the materials strength. In order to prevent the fracture at joint part between aluminum (Al) and carbon fiber reinforced polymer (CFRP) utilized for airplanes, a new method with extremely large friction force by broad interface of carbon fiber (CF:6 μm-diameter) coated by nickel (Ni) was suggested for a joint (Al/NiCF/CFRP) of CFRP and Al. The Al/CFRP joint method using nickel-coated carbon fiber improved the Charpy impact value, as well as tensile strength.