Seawater infiltration effect on thermal degradation of fiber reinforced epoxy composites

Seawater infiltration effect on thermal degradation of fiber reinforced epoxy composites

Seawater salinity has been associated with the reduction of polymer structure durability. The aim of this study is to investigate the change in thermal degradation of fiber reinforced epoxy composite due to the presence of seawater. Carbon fiber, carbon/kevlar, fiberglass, and jute that reinforced w...

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Hauptverfasser: Ibrahim, Mohd Haziq Izzuddin bin, Hassan, Mohamad Zaki bin, Ibrahim, Ikhwan, Rashidi, Ahmad Hadi Mohamed, Nor, Siti Fadzilah M., Daud, Mohd Yusof Md
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creator Ibrahim, Mohd Haziq Izzuddin bin
Hassan, Mohamad Zaki bin
Ibrahim, Ikhwan
Rashidi, Ahmad Hadi Mohamed
Nor, Siti Fadzilah M.
Daud, Mohd Yusof Md
description Seawater salinity has been associated with the reduction of polymer structure durability. The aim of this study is to investigate the change in thermal degradation of fiber reinforced epoxy composite due to the presence of seawater. Carbon fiber, carbon/kevlar, fiberglass, and jute that reinforced with epoxy resin was laminated through hand-layup technique. Initially, these specimen was sectioned to 5×5 mm dimension, then immersed in seawater and distilled water at room temperature until it has thoroughly saturated. Following, the thermal degradation analysis using Differential Scanning Calorimetry (DSC), the thermic changes due to seawater infiltration was defined. The finding shows that moisture absorption reduces the glass transition temperature (Tg) of fiber reinforced epoxy composite. However, the glass transition temperature (Tg) of seawater infiltrated laminate composite is compareable with distilled water infiltrated laminate composite. The carbon fiber reinfored epoxy has the highest glass transition temperature out of all specimen.
doi_str_mv 10.1063/1.5034537
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title Seawater infiltration effect on thermal degradation of fiber reinforced epoxy composites
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