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C. Gerstenberger, T. Osiecki, T. Timmel, L. Kroll

Influence of cathodic dip painting on the mechanical strength
of material-adapted composite/metal joints

Polimery 2018, No 11-12, 750


DOI: dx.doi.org/10.14314/polimery.2018.11.2

Summary

The flow drill joining concept (FDJ) allows the load adjusted joining of continuous fiber reinforced thermoplastics (FRTP) and metallic sheets without auxiliary joining elements. As there is no scathe done to the fiber reinforcement, a radial realignment of the fibers leads to high-strength joints with high lightweight potential. In terms of their use in automotive lightweight construction, animportant requirement for joining technologies is the resistance to temperature loads and chemicals, applied in the production processes, e.g., in vehicle lacquering. Therefore, force flux aligned FDJ-joints were investigated in cross tension and shear testings, after passing through a serial cathodic dip painting (CDP) process. The results show that theCDP-treatment does not adversely affect the quasi-static properties of thetested FDJ-joints, as they resist shear loads up to 2900 N and cross tension loads of about 1100 N, both, before and after the lacquering process.


Keywords: continuous fiber reinforced thermoplastics (FRTP), cathodic dip painting, joining, flow drill joining concept (FDJ)
e-mail: colin.gerstenberger@mb.tu-chemnitz.de
C. Gerstenberger, T. Osiecki, T. Timmel, L. Kroll (499.9 KB)
Influence of cathodic dip painting on the mechanical strength of material-adapted composite/metal joints