Manufacture of most of epoxy resins implies that cure needs to be carried out under
pressure. Due to the significance of knowing the influence of the pressure factor in cure …

Most composites require a certain amount of pressure to cure, therefore, it is crucial to
comprehend the effect of pressure on the curing reaction. Nonetheless, the majority of …

The cure kinetics of four epoxy/amine systems including commercial RTM6 and F934 resins
have been investigated under both isothermal and dynamic curing conditions. Differential …

A methodology for the study of cure kinetics of a highly filled epoxy molding compound is
presented. An equation relating the glass transition temperature-conversion relationship …

We have developed an analytical formula for the cure progress of epoxy systems as a
function of both time t and temperature T. Complex viscosity η* or the storage modulus G …

The glass transition temperature (Tg) advancement and the chemoviscosity development
under isothermal conditions have been investigated for four epoxy/amine systems, including …

A study was made on the cure kinetics of an epoxy neat-resin (Narmco 5208) using
Differential Scanning Calorimetry (DSC). Two interrelated analytical methods were applied …

In this study, a novel technique is presented to enable the characterization of the
dimensional changes and evolution of mechanical properties of a resin during cure. This is …

The paper presents the development of a novel non‐parametric procedure for modeling of
the chemical cure kinetics of a commercial resin‐transfer‐molding epoxy resin, RTM6. The …

A 3-dimensional finite element model is developed to simulate and analyze the temperature
and degree of cure field of epoxy casting part during cure process. The present model based …