According to the development trend of modern car body, the future car body will be
composed of steel, aluminum‐magnesium alloy, plastic, carbon fiber reinforced polymer …

In this study, laser cleaning of aluminum alloy was investigated adopting a 120 W MOPA
pulsed fiber laser. The results show that laser cleaning can remove the oxide layer on the …

To fabricate continuous carbon fiber (CF)/polyamide (PA 6) thermoplastic composites with
high strength and stiffness, combinational treatments of liquid phase oxidation, coupling …

The improvement of adhesively bonded joints of aluminum alloy and carbon fiber reinforced
thermoplastic composites (CFRTP) was achieved by nanosecond laser ablation. Surface …

Besides aluminum alloys, lightweight carbon fiber-reinforced plastics (CFRPs) have been
adopted progressively in automobiles to save energy and reduce emission, so constructing …

Light-weighting of transportation structures necessitates multi-material design employing
composites and aluminium, with thermoplastic composites being of increasing interest to the …

Laser surface treatment is a promising technique to increase the adhesive strength of
carbon fibres reinforced plastics joints. In this technique, the laser beam is adopted to …

Adhesive bonding is an appropriate method to assemble structural composite components
without a machining process. Compared with the properties of the carbon fiber reinforced …

Thermoplastic overmolding technique is an advanced integrated manufacturing technology
to fabricate hybrid fiber reinforced thermoplastic composites (hybrid composites) …

The performance of the adhesively bonded aerospace structures highly depends on the
adhesion strength between the adhesive and adherents, which is affected by, in particular …