The current implementation enables correct prediction of failure mode and location.
Recently, we have shown that a preprocessing selection approach based on Design of Experiments (DoE) enables correct selection of highly appropriate preprocessing strategies within reasonable time frames.
It has been shown that analysis of the harmonic components of current carried out with the assumption of a mono-harmonic voltage perturbation signal enables correct results to be obtained for the first three harmonic components of the current only.
This versatile procedure requires minimum measurement preparation and computational effort, and its non-linear model enables correct data interpretations otherwise not possible with the previous assumption of linear elastic models.
The similarity of flow and plume rise, by matching the densimetric Froude number and relaxing initial density condition at the source, enables correct scaling of the concentration measurements from the laboratory to the field through the non-dimensional Gaussian dispersion model.
The tools access their data using the standard file system interface, but GESALL optimizes data access patterns and enables correct distributed execution.
