We combine meta-modelling with graph grammars to extend the model manipulation capabilities of the generated modelling tools, as we store (meta- models as graphs, and thus, express meta- modelslasions as graphsgrandars.
Other networks have adopted the approach, and we all need to extend the model.
New experimental studies are needed to extend the model to higher temperatures and ionic strength.
Discussion on size effects and how to extend the model to actual materials is offered.
Additionally, having the data separated from the assets and behaviours also makes it easier and faster to extend the model.
Although the model was developed using Cartesian coordinates, it is straightforward to extend the model to polar coordinates.
Here, we show the necessary steps in order to extend the model that we present in this paper.
Another promising future direction would be to extend the model to handle agent uncertainties, e.g., regarding availability.
Dynamic runs were performed to extend the model derived, taking into account heating rate influence and products prediction and interaction.
Spencer's (1992) component-based scaling system for ship-ice model tests was applied to extend the model ship correlations.
The presented results show good correlation, allowing to extend the model to hydrogen and to validate it with experiments.
