Recent demands for high-performance lightweight materials have brought researchers’ attention to various nanoparticles reinforce polymeric materials. As such, sustainable and stiff cellulose nanocrystals (CNC) become a popular candidate as nano-reinforcements. While CNC can offer great advantages, such high mechanical properties low density, it might agglomerate even in hydrophilic polymers bec...

Recycling carbon fibers (rCF) for reuse is one approach to improve the sustainability of CFRP. However, until now, recycled fiber plastics (rCFRP) had limited composite properties due microgeometry fibers, which made it difficult use in load-bearing components. The production hybrid yarns from rCF and PA6 allows be aligned. geometric yarn individual influence mechanical composite. An modeling s...

Based on the developed calculation research method of metal-polymer gears analysis influence height and angular correction engagement spur load-carrying capacity, linear teeth wear, resources is carried out. Gears with a pinion made carbon steel 0.45%C gear basic polyamide PA6 or fibre composite + 30CF were investigated. Quantitative qualitative patterns both types correction, changes in initia...

This study focuses on the thermal stability of polyamide 6 with lignin, which is a flame retardant. In this study, we used electrospinning method to produce nano-filament and analyse these filaments. The higher voltage, more difficult it will be bead-free spinning. done by varying electric field observing presence or absence "beads" non-woven. Figure 2 shows SEM photo nano-filaments for voltage...