Personal protective clothing is intended to protect the wearer from various hazards
(mechanical, biological, chemical, thermal, radiological, etc.) and inhospitable …

Modern military operations, technology-driven war tactics, and current on-street weapons
and ammunition necessitate the development of advanced ballistic protection body armor …

Using facile strategy to prepare UV resistant aramid fibers (KFs) with high surface activity,
thermal and mechanical properties is the most important and urgent issue of sustainably …

The pursuit of improving the performance of rigid-rod polymeric fibers using a new inorganic
nano-materials and efficient methods is very attractive topic. The combination of the unusual …

Improving the resistances of organic high-performance fibers to harsh environments and
enhancing the interfacial interactions of fiber-reinforced composites have become crucial in …

Polyaramides, such as Kevlar, are of great technological importance for their extraordinary
mechanical performance. As fibers, they are used in personal safety, for reinforcement of …

Long-term illumination can damage the mechanical properties of high strength fiber
composites, resulting in the material aging and loss of mechanical properties. To reveal the …

A monofilament fiber spun from individual carbon nanotubes is an arbitrarily long ensemble
of weakly interacting, aligned, discrete nanoparticles. Despite the structural resemblance of …

The use of Kevlar in the field of ballistic and stabbing protection has been studied by
researchers in polymeric composites for this purpose. This study presents complementary …

The mechanical performance and structural evolution of a flexible laminated composite
envelope material after 5 years of service were investigated by uniaxial tensile test and …