This study comprehensively examines recent developments in bio-epoxy resins and their
applications in composites. Despite the reliability of traditional epoxy systems, the increasing …

Motivated by the nonlinear behavior of composite materials under different machining
operations, this work aims at develo** an optimized artificial intelligence model to predict …

Applications of carbon fiber reinforced polymer composites are subjected the poor interfacial
adhesion due to the smooth and chemically inert of CF surface. In this work, we proposed an …

The mechanical properties of carbon fiber-reinforced polyether-ether-ketone (CF/PEEK)
composites are closely related to the fiber content. However, the low fiber content (typically …

The interfacial bonding of carbon fiber reinforced polymer composites plays a critical role in
the overall performance of the composites. Poor interfacial bonding leads to catastrophic …

The high-speed-dry (HSD) machining is now recognized as a strong potential dry-cutting
technique to tackle the rapidly growing productivity demand of carbon-fiber-reinforced …

Combining recycled carbon fiber (rCF) and 3D printing technology has shown great
potential for fabricating functional prototypes and production parts used in the aerospace …

In this study, a bio-based polyarylene ether ketone (bio-PAEK) was synthesized to prepare
water-based sizing agents for enhancing the interfacial adhesion between carbon fiber (CF) …

Graphite/epoxy resin (G/EP) composites are extensively utilized in bipolar plates for fuel
cells owing to their outstanding electrical and mechanical properties. However, the …

The lightweight and high-strength carbon-fiber reinforced polyether-ether-ketone
composites (PEEK-CF) are highly favorable for a plethora of strength-demanding and weight …