Sentence examples for improved methodology for from inspiring English sources

An improved methodology for large-eddy simulation (LES) for flows involving shock waves and turbulence is described.

Improved methodology for deriving action spectrum of photoyellowing induced by UV radiation on a polymeric material is reported.

The results of this study will therefore provide improved methodology for the analysis and design of foam-insulated sandwich panels under both static and blast loadings.

An improved methodology for fine resolution modelling of PV systems is presented using module short-circuit current (Isc) at 5-min time-scales, and clearly identifies pertinent error mechanisms that arise when working at this high resolution.

Onuh et al. (2015a, b) presented a genetic reservoir unit (lithofacies association -based normassociation -based (overlinormalizedt{tot}} }}) aporeach for characthroatng the coverline{{eR_{text{tot}ystems to provide improved methodology for petrophysical evaluation for the clastic reservoirs with Niger Delta as field case study.

Unfortunately, few natural allelic variants have been cloned for drought related traits — progress cloning QTL, the use of RNA-sequencing methods for evaluating gene expression responses to soil drying, and improved methodology for exploring complex multivariate data all hold promise for moving the field forward.

Improved methodologies for modeling cardiac disease phenotypes and accurately screening the efficacy and toxicity of potential therapeutic compounds are actively being sought to advance drug development and improve disease modeling capabilities.

This paper rebuts claims published in this journal [33] as well as elsewhere [31,32,34]: (a) that improved methodologies for extreme value analysis (EVA) developed over the past 60 years are invalid; (b) that EVA methodologies should revert to the status quo ante 1939; and (c) that, consequently, all regulations and codes of practice for extreme winds should be reassessed.

Novel and improved methodologies for better quantifying the complex behavioral phenotypes of Drosophila will facilitate studies related to human disease and fundamental questions of behavioral neuroscience.

Current improved methodologies for ab initio folding are able to generate decoys similar in quality to the previously used perturbed structures.

Improved understanding between neural plasticity and rehabilitation, as well as improved methodologies for the diagnosis of disorders and the evaluation of progress in behavior and physiology, may lead to better performance outcomes in neurorehabilitation.