Sentence examples for methodologies will have from inspiring English sources
But airy pledges to "embed continuous improvement methodologies" will have some wondering how many of the predicted benefits will actually materialise.
This paper explores the impact creative engineering design methodologies will have on the development of conceptual system designs for technically complex systems.
The use of multiscale, multiphysics models introduces challenges in validating these predictive tools – traditional methodologies will have to be modified to address these challenges.
As with all other survey estimates for crime and deviant behaviour, variations in survey methodologies will have influenced these results (see Skogan, 1981, for a seminal discussion of these issues).
Ultimately, the usefulness of the proposed methodologies will have to be tested by applying them to other sets of crystal structures, and this will also provide pointers to necessary adjustments of their setup.
The use of multiscale, multiphysics (MS/MP) models in conjunction with high-performance computational software and hardware introduces challenges in validating these predictive tools traditional methodologies will have to be modified to address these challenges.
The dock application provides a framework for the integration of multiple scoring methodologies; each such scoring methodology will have different properties.
Hence, deeper analyses of these influences and further improvement of the proposed long-term forecasting methodology will have to be researched in the future.
Second, in order to justify its normative stance towards design processes, design methodology will have to consider the issue of the quality of the product being designed.
Theory suggests that estimates from this methodology will have all the desirable properties of maximum likelihood estimation.
Finally, for the approach ultimately to be useful in a real-life clinical setting, the time lag introduced by ELISAs will have to be addressed, or an alternate methodology will have to be identified that can yield biological profiles of materials in a shorter period of time.
