… cell population balance models are used because of culture heterogeneity due to complex
intercellular phenomena governed by cell … method, and the Lax-Wendroff finite difference …

… Numerical methods, including the finite differences method, the … the solution of the population
balance equations using the maximum entropy method of moments. The maximum entropy …

… The MoMIC was initially developed for efficient numerical solution of Brownian coagulation
models [76]. Here, the corresponding PBE with discrete valued property space is reduced to …

… by finite difference methods. Consequently, we propose to solve the system of equations by
the method … Two novel aspects of the numerical solution of this coupled population balance – …

… like finite difference methods and finite element methods merely focused on predicting the
number … of the numerical solution of the numerical methods. This motivates us to develop a …

… is to model the aggregation kinetics of the SFBG process by means of population balance
modeling (… The population balance equation (PBE) can be used to track the changes in particle …

… accuracy of numerical solution in discretization approach is highly affected by cells number
[… evaluation of three different techniques of tackling population balance equation, namely: …

… a population balance equation, a second segregated model framework was proposed, which
is a Euler-Lagrange compartment approach, … In case of a multi-variable PBE, where each …

… First, we show that the Cell Population Balance model can capture the previously reported
… it is proved that solutions are properly approximated by the proposed numerical method. …

… A nonlinear controllers was designed by using an age structured cell population balance
model in [5], … Srienc, “Numerical solution of multivariable cell population balance models: I. …