An integrated simulation tool for the optimal vulcanization of tires is presented. Three are the
main issues discussed on the optimal vulcanization of 3D items with complex geometry …

A very simple kinetic model for natural rubber (NR) and polybutadiene (PB) blends is
presented. The model is characterized by a completely uncoupled curing between NR and …

A simple and versatile numerical approach of experimental data regularization plus a kinetic
model to predict the vulcanization behavior in a rheometer for natural rubber (NR) and poly …

A robust kinetic numerical model for natural rubber NR–poly-butadiene PB blends
vulcanized with sulfur is presented. For a preliminary experimental insight used then as …

A simple but robust kinetic mathematical model to predict the mechanical/thermal behaviour
of NR and high-cis polybutadiene rubber blends is presented. The benchmark blend is a …

The complexity inherent in modeling and optimizing rubber cure processes stems from the
intricate interplay between “induction” and “reversion” phenomena. During the vulcanization …

Abstract A Parabola-Hyperbola (PH) kinetic model for NR sulphur vulcanization is
presented. The idea originates from the fitting composite Parabola-Parabola-Hyperbola …

A novel mathematical approach to predict the vulcanization degree of high-cis
polybutadiene rubber vulcanized with sulphur is presented. The model has kinetic base, it is …

The kinetic model, encompassing the curing and reversion phenomena of the NR/SBR
rubber vulcanization process, was developed by means of the finite element method …

In this paper, a closed form analytical approach for a recently presented kinetic model
proposed in Milani and Milani (Polym Test, 2013, under review) to interpret NR sulphur …