The complex phenomenon of partial crystallization of polymers is examined. A mathematical model is exploited for the isothermal crystallization process in which the nucleation rate and the growth of the spherulites are constant. This model consists of an integro-differential equation, depending on some key parameters, whose identification is crucial for a correct description of the phenomenon. The main purpose of this work is to solve this problem numerically, using the experimental data provided by the HIMONT-ITALIA Laboratories. An error analysis of the adopted numerical method is carried out, and some numerical results are given, to show the validity and flexibility of the technique
International audienceSeveral equations have been compared for the modelling of semi-cristalline pol...
International audienceIn this paper, a general numerical method to simulate polymer crystallization ...
An expression is established for the temperature dependence of the average density of nuclei, as wel...
The complex phenomenon of partial crystallization of polymers is examined. A mathematical model is e...
When a quiescent molten polymer is cooled below the equilibrium melting temperature, crystals (spher...
This paper is devoted to the mathematical analysis and regularization of an iden-ti cation problem r...
We present and compare some mathematical models describing the phenomenon of crystallization of po...
International audienceIn this paper, we proposed a numerical model to study the kinetic properties a...
International audienceIn polymer processing, crystallization generally occurs in complex, inhomogene...
International audienceDifferential scanning calorimetry and polarized optical microscopy were used i...
Polymer crystallization may be modelled by a stochastic birth-and-growth process, with temperature d...
This paper deals with the process of crystallization. We first present two major models that describ...
We consider a mathematical model for solidification of semicrystalline polymers, describing the evol...
Differential scanning calorimetry (DSC) has been used to obtain kinetic and nucleation parameters fo...
A new method is developed to obtain the kinetic parameters of polymer crystallization from measure- ...
International audienceSeveral equations have been compared for the modelling of semi-cristalline pol...
International audienceIn this paper, a general numerical method to simulate polymer crystallization ...
An expression is established for the temperature dependence of the average density of nuclei, as wel...
The complex phenomenon of partial crystallization of polymers is examined. A mathematical model is e...
When a quiescent molten polymer is cooled below the equilibrium melting temperature, crystals (spher...
This paper is devoted to the mathematical analysis and regularization of an iden-ti cation problem r...
We present and compare some mathematical models describing the phenomenon of crystallization of po...
International audienceIn this paper, we proposed a numerical model to study the kinetic properties a...
International audienceIn polymer processing, crystallization generally occurs in complex, inhomogene...
International audienceDifferential scanning calorimetry and polarized optical microscopy were used i...
Polymer crystallization may be modelled by a stochastic birth-and-growth process, with temperature d...
This paper deals with the process of crystallization. We first present two major models that describ...
We consider a mathematical model for solidification of semicrystalline polymers, describing the evol...
Differential scanning calorimetry (DSC) has been used to obtain kinetic and nucleation parameters fo...
A new method is developed to obtain the kinetic parameters of polymer crystallization from measure- ...
International audienceSeveral equations have been compared for the modelling of semi-cristalline pol...
International audienceIn this paper, a general numerical method to simulate polymer crystallization ...
An expression is established for the temperature dependence of the average density of nuclei, as wel...