Hybrid reinforced composites are contrived to meet mechanical, thermal, and damping properties in contrast to the composites reinforced with single fiber. Composites which are made from polymer matrix with glass fiber alone cannot contribute to the desired properties. In this review paper, it is discussed about how carbon constituents in the form of fiber, particle or fillers when added into glass fiber composite can increase a lot of useful mechanical properties. During loading conditions like fatigue loading, carbon reinforced composites perform better when compared to glass fiber composites due to low-stress generation in carbon fiber composites. Carbon fillers increase damping characteristics. This paper mainly focuses on general fabrication methods, methodology and analysis of these hybrid reinforced composites of carbon when added to glass fiber composites to achieve better loading stability. Also, this paper focuses on the applications and future scope of work of these types of composites depending upon the properties exhibited when carbon reinforcements are added.
A Review on Carbon Reinforcements in Glass Fiber Polymer Matrix Composites
Lect.Notes Mechanical Engineering
2022-03-02
11 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
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