The effects of external environments on the mechanical behaviour and surface micro-
structure of single Kevlar fibre have been investigated. Wave diffraction theory and digital …

Nanoindentation studies using atomic force microscopy (AFM) was conducted to investigate
the effect of accelerated ultra violet (UV) and thermal degradation on mechanical properties …

The present study addresses the enhancement of interfacial interaction between Kevlar and
epoxy through surface modification of Kevlar fabric using various chemical treatments. The …

Abstract Evaluation of the surface morphology, chemical groups, interfacial microstructure,
and mechanical properties of carbon fiber/epoxy resin microdroplet composites during …

In this paper Laser Raman Spectroscopy (LRS) was used to estimate interfacial strength of
single Kevlar 29/Epoxy composite system under tension. The debonding was due to local …

Nanoindentation using atomic force microscopy was used to examine the mechanical
properties of fibers at nanoscale. The effect of accelerated aging of nylon fibers under …

Abstract Characterization of the interphase region in carbon fiber reinforced polymer (CFRP)
is challenging because of the length scale involved. The interpretation of measured load …

The UV durability of carbon fiber composites has been a concern. In this work, UV irradiation
on carbon fiber-reinforced polymer (CFRP) materials was performed using an artificial …

In this work, the effects of chemical treatment on Kevlar 29 fibers have been studied in a
composite system. The surface characteristics of Kevlar 29 fibers were characterized by pH …

The weak wear and interfacial properties of the aramid fiber were the main obstacles to limit
its practical applications. In this study, a simple and environmental friendly method …