Polymer-metal hybrid structures have excellent comprehensive properties and have been
widely used in aerospace, automotive industry, biomedicine, and other fields. There exists a …

Carbon fiber reinforced thermoplastic composites (CFRTP) and metals hybrid structures
have been widely used in aircraft lightweight manufacturing. However, due to the significant …

The influence of laser beam deviation on temperature field and melt flow during laser
welding of two different metals, brass and 308 stainless steel (SS 308), was examined …

Metal–polymer hybrid structures have been widely used in research into their lightweight
automotive applications, because of their excellent comprehensive properties. As an …

The forming quality of thermally sprayed coatings is often severely impacted by inherent
defects, including porosity, microcracks, and mechanical bonding. The poor adhesive …

In this century, innovation and technology are required to fabricate the hybrid joint of metal
and polymers. Due to their lightweight and anti-corrosion properties, the mixed components …

Laser welding experiments involving amorphous thermoplastic polymer (PMMA) and 304
austenitic stainless steel plates were conducted to explore the influence of laser welding …

Unstable reliability and poor repeatability in the production of metal matrix composite (MMC)
parts are primary challenges currently faced by laser melt injection (LMI). In situ monitoring …

The joining of light alloy and carbon fiber reinforced thermoplastics composite (CFRTP) is
recently considered to be an effective way to meet the lightweight requirements of …

This research proposed a laser oscillation welding optimization system based on a deep
reinforcement learning model with neural-network-based reward mechanism. A deep …