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Evaluation of mechanichal properties of 3D nan - composite material

Three-dimensional composites use preforms of fibre built from yarns or tows structured in complex structures of three dimensions. These can be formed from a weaving process in 3D, a braiding process in 3D or a short fibre lay in 3D. To create the composite material, resin is added to the preform 3D....

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Main Author: Muhammad Daniel Bin Azhar
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Published: 2023
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3D Nan - composite material
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spelling my.uniten.dspace-217112023-05-04T13:24:36Z Evaluation of mechanichal properties of 3D nan - composite material Muhammad Daniel Bin Azhar 3D Nan - composite material Three-dimensional composites use preforms of fibre built from yarns or tows structured in complex structures of three dimensions. These can be formed from a weaving process in 3D, a braiding process in 3D or a short fibre lay in 3D. To create the composite material, resin is added to the preform 3D. The purpose of the research is to evaluate the overall mechanical properties of 3D nano-composite material so that the applications of the 3D composite can be varied. The raw materials of epoxy resin and hardener were mixed as the fabrication of the specimens and PU foam as kaolin were filled as enhancement/filler. Several mechanical testings were performed such as compression test, bending test and drop impact test to evaluate the strength of the 3D composite. As a result, the kaolin filled 3D composites do improve the overall strength of the plain 3D composites by around 25% to 159% based on a specific test. 2023-05-03T17:45:06Z 2023-05-03T17:45:06Z 2020-02 https://irepository.uniten.edu.my/handle/123456789/21711 application/pdf
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic 3D Nan - composite material
spellingShingle 3D Nan - composite material
Muhammad Daniel Bin Azhar
Evaluation of mechanichal properties of 3D nan - composite material
description Three-dimensional composites use preforms of fibre built from yarns or tows structured in complex structures of three dimensions. These can be formed from a weaving process in 3D, a braiding process in 3D or a short fibre lay in 3D. To create the composite material, resin is added to the preform 3D. The purpose of the research is to evaluate the overall mechanical properties of 3D nano-composite material so that the applications of the 3D composite can be varied. The raw materials of epoxy resin and hardener were mixed as the fabrication of the specimens and PU foam as kaolin were filled as enhancement/filler. Several mechanical testings were performed such as compression test, bending test and drop impact test to evaluate the strength of the 3D composite. As a result, the kaolin filled 3D composites do improve the overall strength of the plain 3D composites by around 25% to 159% based on a specific test.
format
author Muhammad Daniel Bin Azhar
author_facet Muhammad Daniel Bin Azhar
author_sort Muhammad Daniel Bin Azhar
title Evaluation of mechanichal properties of 3D nan - composite material
title_short Evaluation of mechanichal properties of 3D nan - composite material
title_full Evaluation of mechanichal properties of 3D nan - composite material
title_fullStr Evaluation of mechanichal properties of 3D nan - composite material
title_full_unstemmed Evaluation of mechanichal properties of 3D nan - composite material
title_sort evaluation of mechanichal properties of 3d nan - composite material
publishDate 2023
_version_ 1806423521517109248
score 13.211869

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