2006•Gaofenzi cailiao kexue yu gongchengRequires access

Isothemal Cure Kinetic Model Study of GB/VE Composites

Haiyang Shi, Xiaoping Yang

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Abstract

The isothermal cure and postcure of glass fiber /vinyl-ester resins(GF/VE) composites was scanned by differential scanning calorimeter(DSC).A new autocatalytic model for simulating the isothermal cured DSC data of GB/VE was brought forward.The results show that: the new autocatalytic model is competent for simulating isothermal curing of GF/VE.When isothermal curing temperature is high,the simulated result of new autocatalytic model is better then the old one.

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What this paper is about

The isothermal cure and postcure of glass fiber /vinyl-ester resins(GF/VE) composites was scanned by differential scanning calorimeter(DSC).A new autocatalytic model for simulating the isothermal cured DSC data of GB/VE was brought forward.The results show that: the new autocatalytic model is competent for simulating isothermal curing of GF/VE.When isothermal curing temperature is high,the simulated result of new autocatalytic model is better then the old one.

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Available abstract

The isothermal cure and postcure of glass fiber /vinyl-ester resins(GF/VE) composites was scanned by differential scanning calorimeter(DSC).A new autocatalytic model for simulating the isothermal cured DSC data of GB/VE was brought forward.The results show that: the new autocatalytic model is competent for simulating isothermal curing of GF/VE.When isothermal curing temperature is high,the simulated result of new autocatalytic model is better then the old one.

Key concepts: Autocatalysis, Isothermal process, Materials science, Differential scanning calorimetry, Curing (chemistry), Composite material, Kinetic energy, Kinetics

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