The manufacturing of complex parts can be easily achieved by additive manufacturing (AM),
which has attracted a significant attention from both academia and industry. Regardless of …

Additive manufacturing (AM) has been increasingly used in production. Because of its rapid
growth, the efficiency and robustness of AM-based product development processes should …

The anisotropy of mechanical strength on a 3D printed model can be controlled in a multi-
axis 3D printing system as materials can be accumulated along dynamically varied …

This work explores a spatial printing method to fabricate continuous fiber-reinforced
thermoplastic composites (CFRTPCs), which can achieve exceptional mechanical …

Multi-axis 3D printing has emerged as a key solution to the challenges associated with the
strength, anisotropy, and fabrication of large-scale structures in material-deposition-based …

Although additive manufacturing (AM) continues to gain widespread adoption, the overhang
problem remains a critical issue affecting printing quality. The design of self-supporting …

The advents in continuous fibre-reinforced polymer additive manufacturing (CFRP-AM)
present unprecedented opportunities for the rapid development of next-generation high …

The emergence of multi-axis printing systems provides a new solution to print complex parts.
However, the current process planning methods fail to balance the support-free requirement …

Wire arc additive manufacturing (WAAM) is highly suitable for low-cost and high-efficiency
repair of large damaged components as a low energy consumption and sustainable …

Robotic curved layer additive manufacturing (aka multi-axis 3D printing) has been gaining
attention recently owing to its simplicity and unique ability of printing complex shapes …