The aim of the study was the creation of a model basis to support a process design for production-scale ion-exchange chromatography.
From the results of this research, we suggest: (i) employing personas and scenarios to understand the requirements; (ii) employing interaction models to understand the behavior between user and system; and (iii) using interaction models as basis to develop other artifacts.
It is shown how the chosen Network-Oriented Modelling method provides a basis to model and analyse these social phenomena.
Every agent is represented by a complete computational model – the communicating stream X-machine – which provides an intuitive and rigorous basis to model the functional behaviour of systems in a flexible and extensible manner [16], [17].
These models are the basis to perform the multiobjective optimization using the ε-constraint approach.
The developed model offers a basis to understand the microstructure-performance relationships and to further optimize the electrode microstructures.
The final model provided some basis to analyse the responses of selected passerine indicators to fire scenarios that characterize the region.
This process model provides the basis to identify the necessary capabilities for BIM tools to efficiently support and improve the entire reinforcement supply chain.
This model provides a basis to determine the incentives for improving the mass transfer between the two phases in the riser by making hardware modifications.
In addition, the proposed models set the basis to 'connect' with the peripheral decision-making processes, such as those mentioned before, related to impacts to current and future civil infrastructure and their inherent environmental impacts.
