Ionizing radiation has become the most effective way to modify natural and synthetic
polymers through crosslinking, degradation, and graft polymerization. This review will …

Advanced polymer composites have obtained great application interest in a number of
demanding aerospace, wind energy, automotive, infrastructure, and consumer applications …

Fibre placement is a research hot spot for the intelligent manufacturing of advanced
composites, and the efficiency of fibre placement has become an important index to evaluate …

With an aim to reducing manufacturing costs, in general and specifically to provide a
solution to the thick laminate curing depth issue for composite materials, UV curing …

In electron beam (EB) curing of cross-linked acrylic networks, the very high energies in play
lead to several chemical phenomena unfolding sequentially and simultaneously. Hence, the …

The technology of high-energy irradiation is widely used in the field of material interface
modification because of its high efficiency, energy conservation and environment …

To investigate the effect of γ-ray radiation on the microstructural and mechanical properties
of carbon fibers, carbon fibers were irradiated by 60Co source. The interlayer spacing d002 …

Exploring the application of biodegradable/bioplastic coating material for eco-friendly and
sustainable packaging is one of the global challenges being tackled. In this context, we …

The mechanical properties of an acrylate resin and its carbon fiber composite, as well as the
adhesion strength between them, were characterized in the case of thermal and electron …

The triangle-shape carbon fiber reinforced plastics and the round-shape carbon fiber
reinforced plastics were manufactured and the effects of carbon fiber shapes on the flexural …