Abstract In recent years, Addit. Manuf.(AM, ie 3D printing) has been developing rapidly as a
much-needed strategic technology in the field of high-end intelligent manufacturing …

Carbon fiber-reinforced composites (CFRCs) have been widely used in automotive,
aerospace, sports equipment, and other industrial fields, due to the higher strength-to-weight …

In this paper, a multidisciplinary framework to design and produce a topological structure
with inhomogeneous distributions of fiber orientation and content for 3D printed continuous …

Continuous fiber composite via additive manufacturing is an emerging field that extends the
design freedom of composite structure as well as integrates with the digital fabrication …

Abstract 3D printing continuous fiber reinforced composite (CFRC) has the advantages of
manufacturing complex shapes and short production cycles. Due to the anisotropic …

This paper presents an algorithm to compute optimized toolpaths to print thin-walled cellular
structures with continuous carbon fiber. The input cellular structure is usually represented by …

The necessity for more efficient manufacturing approaches of high-performance complex
fiber reinforced composites parts is increasing. This study develops a framework to design …

Continuous fiber reinforced polymer composites are widely used in load-bearing
components and energy absorbers owing to their high specific strength and high specific …

In the automotive industry, the extended design and iteration cycles for integrated chassis
typically span 2–3 years, creating a misalignment with swiftly changing market demands …

Additive manufacturing (AM) defects present significant challenges in fiber-reinforced
thermoplastic composites (FRTPCs), directly impacting both their structural and non …