A Braumann, M Kraft - Chemical Engineering Science, 2010 - Elsevier
A methodology that carries experimental uncertainties into model predictions is studied and applied to a multidimensional population balance model for granulation processes. This …
A Braumann, PLW Man, M Kraft - AIChE Journal, 2011 - Wiley Online Library
This article is concerned with parameter estimation for a multidimensional population balance model for granulation. Experimental results were obtained by running a laboratory …
CD Immanuel, FJ Doyle III - Powder Technology, 2005 - Elsevier
An efficient and novel solution technique is presented for solving multi-dimensional population balance models. In addition to overcoming stiffness in the original system, the …
A two-dimensional (2-D) model of a granulation process is presented in this paper. It aims to simulate an entire granulation batch without the use of an initial experimental or fictitious 2-D …
T Abberger - Handbook of powder technology, 2007 - Elsevier
Publisher Summary This chapter deals with a powerful and versatile tool for the mathematical modeling of particulate processes including granulation—the population …
This paper focuses on obtaining the numerical solution to a three-dimensional population balance model (PBM) of granulation using the cell-average technique first proposed by [22] …
In this study, a dynamic model is presented for the granulation process, employing a three- dimensional population balance framework. The major focus of this work is the theoretical …
This work extends the granulation model published by Braumann et al.(2007) to include multiple compartments in order to account for mixture heterogeneity encountered in powder …
JA Gantt, EP Gatzke - AIChE journal, 2006 - Wiley Online Library
Recent granulation modeling research has produced compelling evidence that simple one‐ dimensional (1‐D) models will not suffice when describing the dynamics of particle growth …