Authors :
R. Anand; K. Monisha
Volume/Issue :
Volume 7 - 2022, Issue 10 - October
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3gmVlsS
DOI :
https://doi.org/10.5281/zenodo.7233090
Abstract :
The main aim of this project is to compare the
composite material using carbon nanotubes. In current
sensation composite materials are very important in
aerospace automotive structural applications. Carbon
nanotube gives an additional strength to the material
which is going too compared with the composite material
made up of resin and fibres E-glass fibres reinforced
composite plates are fabricated using hand layup method.
These plates are tested under low velocity impact in drop
weight at three distinct impact energies, followed by in
plane compression The values are examined and the
methods to enhance the strength of the composite plate
will be discussed, this research experimental and
numerical test result will be analyzed to determine the
damage occurred in the material and the strength to
withstand the weight applied in the material.
Keywords :
Fabrication-Glass Fibers, Hand Layup Method, Reinforcement
The main aim of this project is to compare the
composite material using carbon nanotubes. In current
sensation composite materials are very important in
aerospace automotive structural applications. Carbon
nanotube gives an additional strength to the material
which is going too compared with the composite material
made up of resin and fibres E-glass fibres reinforced
composite plates are fabricated using hand layup method.
These plates are tested under low velocity impact in drop
weight at three distinct impact energies, followed by in
plane compression The values are examined and the
methods to enhance the strength of the composite plate
will be discussed, this research experimental and
numerical test result will be analyzed to determine the
damage occurred in the material and the strength to
withstand the weight applied in the material.
Keywords :
Fabrication-Glass Fibers, Hand Layup Method, Reinforcement
