Environmental policies set the boundary conditions for industries and commercial market
regarding the maximum utilization of biodegradable material. In this context, the current …

At present, the usage of natural fiber‐reinforced composites in various structural and
nonstructural applications has increased. This chapter addresses the standard test methods …

To meet the industrial and environmental policy regarding the selection of a material for
structural applications, it becomes necessary to compound recyclable cellulosic material …

The growing green and ecological awareness has motivated researchers to develop new
innovative composite materials using bio-fiber. Bio-fiber composites are well known for their …

Laminates of L-bends are inherently weak in the through thickness direction at the region of
curvature. To address this behavior, experimental investigations have been made to find the …

The composite materials are normally made of reinforcements and resins. High-performance
composites are generally termed hybrid composite materials. Generally, fiber-reinforced …

Huge inter laminar stresses are induced in complex geometry of composite structural joints,
for example, those utilized as a primary part of the aircraft structures. An inverted V shaped …

Northumbria Research Link Page 1 Northumbria Research Link Citation: Wei, Jiacheng (2017)
Graphene in epoxy system: Dispersion, preparation and reinforcement effect. Doctoral thesis …

Hybridization of the natural and polymer composites is emerging concept in composites.
Hybrid composites have found in different applications because of its low weight, good …

Fiber-reinforced polymer (FRP) is a composite material made of a polymer matrix reinforced
with fibers. Hybrid composites are referred to as high-performance FRP materials used in …