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 …

This review paper focuses on Fiber-Reinforced Topology Optimization (FRTO) methods for
automated manufacturing techniques, addressing topology and morphology optimization …

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

Combining design optimization and additive manufacturing (AM) enables the full
exploitation of the potential for heightening the performance of carbon fiber reinforced plastic …

The advancement of continuous fiber-reinforced polymer additive manufacturing (CFRP-AM)
enables the fabrication of lightweight structures with intricate geometries and superior …

Anisotropy in additive manufacturing (AM), particularly in the material extrusion process,
plays a crucial role in determining the actual structural performance, including the stiffness …

Material extrusion-based fused filament fabrication (FFF) is a widely used additive
manufacturing (AM) technology that offers design freedom to fabricate intricate, robust, and …

The in-plane fiber orientations of variable stiffness (VS) laminates can be tailored to achieve
enhanced structural properties compared to conventional constant stiffness (CS) laminates …

Precisely controlling the distribution of continuous fibres on a cylindrical surface is crucial for
manufacturing high-performance continuous fibre-reinforced composite (CFRC) tubular …

Additive manufacturing of continuous fiber enables the control of local material distribution
and mechanical characteristics. This localized control is realized through fiber path …