Fiberglass prepared from broken waste glass can be used in epoxy asphalt mixtures for
performance enhancement and a toughening effect. There is no systematic study on the …

In this study, the micromechanical scratch behavior of unidirectional glass fiber reinforced
polyester (GFRP) using several wear conditions was highlighted. Single-indenter scratch …

As the use of more sustainable natural fibres and bio-based resins in fibre reinforced
polymers (FRPs) becomes more widespread, their susceptibility to damage due to explosive …

Research on chemical treated natural and artificial fiber reinforced polymers is increasing in
present days for their potential application and sustainable replacement of conventional …

Major aspects that were considered while designing a structure are safety and serviceability.
Serviceability is also called as life span of structure reduces, when exposed to severe …

Increasing fuel prices and emission norms have favored the automobile manufacturers to
use lightweight materials. Landfill regulations imposed by many environmental governing …

Polymer nano-composites gained a large interest in research and development due to its
enhanced mechanical, thermal, electrical properties as compared to the micro-composites …

Tensile strength analysis of polymer composite materials (PCMs) fiberglass-reinforced is
important for fiber boat manufacturing. It is one of mechanical properties can be determined …

The fiber reinforced polymer composites filled with industrial stone waste was fabricated
using vacuum assisted resin transfer molding (VARTM). The fabricated samples of …

Glass fiber reinforced polyester composites are economic and high-performance composite
materialsthat has gained a wide range of applications. Besides the developments in …