M. Nomiya scite author profile

The interfacial degradation in a model composite of an aramid fibre (Kevlar 49) and unsaturated polyester (UP) followed by absorption and desorption of hot water at 90 • C was monitored by measuring the variations in residual stress in the embedded fibre by means of the micro-Raman technique. The Fourier transform infra-red (FTIR) microspectroscopic analyses were also conducted to study the structure and the quantity of absorbed water causing interfacial degradation.

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917 Water Absorption Behavior by a PA6/CF Model Composite Evaluated by Micro-FTIR Spectroscopy

Yang

Kawagoe

Nomiya

2002

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M. Nomiya

Microspectroscopic evaluations of the interfacial degradation by absorbed water in a model composite of an aramid fibre and unsaturated polyester

Fatigue behaviour of injection-moulded polymer blends of polypropylene and liquid crystalline polyester

Effect of water absorption and desorption on the interfacial degradation in a model composite of an aramid fibre and unsaturated polyester evaluated by Raman and FT infra-red microspectroscopy

917 Water Absorption Behavior by a PA6/CF Model Composite Evaluated by Micro-FTIR Spectroscopy

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