Investigating the curing kinetics of a fiber prepreg system is beneficial to the controlling of
prepreg laminate curing process. In the present work, a dicyandiamide (DICY)‐cured carbon …

This paper explains the cure reaction mechanisms of a novel bio-based glass/Polyfurfuryl
prepreg using an experimental and numerical approach. It suggests optimized parameters …

Curing kinetic model is a crucial basis for the processing analysis and simulation of resin
matrix composites. The existing dynamic and isothermal models have systematic errors for …

The curing kinetics can influence the final macroscopic properties, particularly the three-
point bending of the fiber-reinforced composite materials. In this research, the curing kinetics …

A novel mechanistic model is developed for a vitrifying covalent adaptable polymer network
based on the thermoreversible furan-maleimide Diels–Alder (DA) cycloaddition. To account …

Epoxy resins are an important class of thermoset resins, which are obtained by curing
reactions between an epoxy compound and a curing agent. The reaction leads to the …

The thermal performance of natural-based composites remains a significant challenge in
their industrial applications, especially in plat heat exchanger (PHE). This study aims to …

Epoxy prepregs are extensively exploited in a myriad of applications. Thermal, rheological,
and curing behaviors of epoxy resins are important for the impregnation of carbon fibers into …

Benzoxazine resins have attracted much attention because of their excellent properties. As a
new kind of thermosetting resin, their gelation and vitrification behaviors during the curing …

A carbon fiber/epoxy resin prepreg was tested by DSC, and the phenomenological n th-
order and autocatalytic reaction curing kinetic models of the prepreg were established. On …