A bioreactor can be described as a heterogeneous system with at least three structural phases: the liquid, the gas, which together form the abiotic phase and the biological phase, which consists of the cell population. Our model is based on the zone cell network model for the stirred tank reactor containing two physical phases. The models for process engineering and biological processes are formulated separately and implemented in a suitable program structure. The progam enables to calculate different combinations of biological models and submodels in a process technology context
In this paper, we address the progress, challenges and prospect of modeling of mixing in bioreactor....
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Understanding and modelling the complex interactions between biological reaction and hydrodynamics i...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
Industrialization of bioreactors has been achieved by integrating knowledge from several applying co...
A generic model for the description of biological population dynamics in industrial bioreactors is d...
In this thesis, the mathematical and computational models of bioreactors based on microbioreactors a...
The complexity of the regulatory network and the interactions that occur in the intracellular enviro...
AbstractThe complexity of the regulatory network and the interactions that occur in the intracellula...
Over the last century the fluid mixing process in stirred vessels has become one of the most common ...
Simulations are becoming an essential tool to design and improve processes in the field of biotechno...
The complexity of the regulatory network and the interactions that occur in the intracellular enviro...
In this paper, we address the progress, challenges and prospect of modeling of mixing in bioreactor....
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Understanding and modelling the complex interactions between biological reaction and hydrodynamics i...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
A bioreactor can be described as a heterogeneous system with at least three structural phases: the l...
Industrialization of bioreactors has been achieved by integrating knowledge from several applying co...
A generic model for the description of biological population dynamics in industrial bioreactors is d...
In this thesis, the mathematical and computational models of bioreactors based on microbioreactors a...
The complexity of the regulatory network and the interactions that occur in the intracellular enviro...
AbstractThe complexity of the regulatory network and the interactions that occur in the intracellula...
Over the last century the fluid mixing process in stirred vessels has become one of the most common ...
Simulations are becoming an essential tool to design and improve processes in the field of biotechno...
The complexity of the regulatory network and the interactions that occur in the intracellular enviro...
In this paper, we address the progress, challenges and prospect of modeling of mixing in bioreactor....
This thesis is concerned with the derivation of bioprocess models intended for engineering purposes....
Understanding and modelling the complex interactions between biological reaction and hydrodynamics i...