Sentence examples for more general methodology from inspiring English sources

Preliminary attempts in this area are discussed, with thoughts on how to develop this into a more general methodology.

Moreover, the cavity optimization problem has only been used as an application example of a much more general methodology used to predict how shape and structure may evolve in different flow problems.

Finally, the proposed procedure has been implemented in a more general methodology for snow map updating, in such a way that the influence of gridded data, predicted by global climate models, on extreme values of snow loads is duly assessed.

A more general methodology to obtain the optimal wavelengths selection in a multi-spectral method (taking into account the spectral variations of the global transfer function including the emissivity variations) for temperature measurement of surfaces exhibiting non-uniform emissivity, is also presented.

The anisomorphic constant fatigue life (CFL) diagram approach to prediction of fatigue lives of composites, which was developed in an earlier study, is developed further into a more general methodology that can deal with the mean stress sensitivity in fatigue of composites at different temperatures.

Indeed, there is a great deal of techniques available for digital filter analysis and design, which can be applied to many scenarios; however, only a few works (e.g., Hildare's approach [32]) present a more general methodology, as proposed here.

However, we consider more general methodologies of existing WSN simulation tools.

This paper proposes a more general RPN methodology, which combines the ordered weighted geometric averaging (OWGA) operator and the decision-making trial and evaluation laboratory (DEMATEL) approach for prioritization of failures in a product FMEA.

However, in contrast to engaging in general scientific research, those developing QSAR models for regulatory use need to recognise that their focus is the specific regulatory application of the more general QSAR methodology.

It is hoped that further work can build on our initial work to offer a more general estimation methodology for the future.

Since the conventional use of graphical methods for residence time minimization of a reactor network is no longer applicable to the system under study due to its high number of reactions, we focus on more general optimization methodologies.