The Adaptive Radial Basis Method (ARBM): An application to the hydrodynamics of liquid-liquid dispersions
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Chemical Engineering Science
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Chemie Ingenieur Technik
Published in Chemical Engineering Research and Design
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Computers & Chemical Engineering
Published in Chemical Engineering Research and Design
Published in Chinese Journal of Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Computer Aided Chemical Engineering
Published in Applied Mathematical Modelling
Published in Computer Aided Chemical Engineering
Dynamic behaviour, control and design strategies for liquid extraction equipment are faced by the complex hydrodynamic behavior of the dispersed phase with many droplet interactions (e.g. breakage and coalescence). To take this into account, the population balance modelling framework is used by implementing the bivariate OPOSPM (One Primary and One...
Published in Procedia Engineering
This work presents a new windows-based MATLAB program, which is called PPBLAB (Particulate Population Balance Laboratory) for modelling and numerical simulation of particulate systems. As a first step, liquid-liquid extraction columns are modelled using the population balance equation as a mathematical framework. Up to date population balance model...