The new manufacturing technologies are advancing and developing rapidly, gradually
causing some conventional processes used until now to become obsolete or relegated to …

Currently, the manufacture of composite structures often requires material removal
operations using a cutting tool. Indeed, since biocomposites are generally materials that do …

The present study focuses on the optimization of the drilling process parameters of treated
and untreated Washingtonia filifera (WF) fiber–reinforced polymer biocomposites using the …

This paper aims to investigate the effect of water absorption on the cutting behavior of
biocomposites using flax fiber reinforced polylactic-acid (PLA) and the orthogonal cutting …

Induced damage during biocomposites drilling is significantly different to that produced on
composites based on synthetic reinforcement such as carbon or glass fibers. In composites …

Significant progress has been made in green composites developing fully biodegradable
composites made of microbially degradable polymers reinforced with natural fibers …

Aramid fiber reinforced plastic (AFRP) has been widely used in the aerospace and defense
industries. However, due to its anisotropic and multiphase structure, AFRP is prone to …

Machining of biocomposites using traditional techniques has shown some limitations due to
the multiscale complex cellulosic structure of natural fibrous reinforcement. This paper aims …

This work aims to study the cutting behavior of biocomposites under different controlled
hygrothermal conditions. This investigation choice is motivated by the fact that natural plant …

After their production, biocomposite structures do not always have the final shape or
dimensions required for their purpose, hence, they need machining. However, the effects of …