The crystallization process is represented here by a generalized Boolean model, whose parameters are usually unknown. A better understanding of the model may be obtained if we estimate the corresponding parameters. In this paper, we provide non-parametric estimators for the parameters of the model. Among them, the degree of crystallinity at time t is the probability that an arbitrary point in the space has been captured by a crystal before time t. We estimate it following the Kaplan–Meier approach extended to the context of a Johnson–Mehl incomplete tessellation. Three estimators are defined, according to the kind of data we dispose. The results are also illustrated by simulations. We also provide estimators for the parameters describing ge...
AbstractParticle shape plays an important role in many industrial applications since it can have sig...
Many real phenomena, including phase change, such as crystallization processes, tumor growth, forest...
Understanding and predicting crystal growth is fundamental to the control of functionality in modern...
The authors consider the Kolmogorov-Avrami model of crystallization. Since at time t the space occu...
Crystallization of polymers is composed of two processes, nucleation (birth) and subsequent growt...
This paper deals with the process of crystallization. We first present two major models that describ...
This study compares three solution strategies of a chosen crystallization model by analyzing statist...
Crystallization of polymers is modelled as a spatially structured process consisting of a nucleation...
In this thesis a specific birth and growth process is analyzed; namely a mass crystallization proces...
A Johnson-Mehl tessellation arises as a random division of a given bounded region in a d-dimensio...
The motivation for this work comes from physics, when dealing with microstructures of polycrystallin...
Model reliability of multi-dimensional population balance models for crystallization [abstract
Birth-and-growth processes provide a large class of mathematical models for many phase change ph...
The paper presents a novel methodology for the estimation of the shape of the crystal size distribut...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
AbstractParticle shape plays an important role in many industrial applications since it can have sig...
Many real phenomena, including phase change, such as crystallization processes, tumor growth, forest...
Understanding and predicting crystal growth is fundamental to the control of functionality in modern...
The authors consider the Kolmogorov-Avrami model of crystallization. Since at time t the space occu...
Crystallization of polymers is composed of two processes, nucleation (birth) and subsequent growt...
This paper deals with the process of crystallization. We first present two major models that describ...
This study compares three solution strategies of a chosen crystallization model by analyzing statist...
Crystallization of polymers is modelled as a spatially structured process consisting of a nucleation...
In this thesis a specific birth and growth process is analyzed; namely a mass crystallization proces...
A Johnson-Mehl tessellation arises as a random division of a given bounded region in a d-dimensio...
The motivation for this work comes from physics, when dealing with microstructures of polycrystallin...
Model reliability of multi-dimensional population balance models for crystallization [abstract
Birth-and-growth processes provide a large class of mathematical models for many phase change ph...
The paper presents a novel methodology for the estimation of the shape of the crystal size distribut...
A stochastic formulation for the description of antisolvent mediated crystal growth processes is dis...
AbstractParticle shape plays an important role in many industrial applications since it can have sig...
Many real phenomena, including phase change, such as crystallization processes, tumor growth, forest...
Understanding and predicting crystal growth is fundamental to the control of functionality in modern...