Sentence examples for fundamental for developing a from inspiring English sources

Although knowledge of theoretical features, strengths and weaknesses of different approaches are fundamental for developing a predictive model of morbidity in the ICU, the final choice of model also has to consider the context and clinical scenario where the model will be used.

One fundamental problem for developing a coherent view of Parmenides' philosophical achievement has been how to understand the relation between the two major phases of the goddess' revelation.

An accurate geometrical representation of gear tooth surfaces is the fundamental starting point for developing a reliable computerized gear design which includes tooth contact analysis under light and heavy loads and stress analysis.

The research has provided the fundamental data and experience for developing a highly efficient and practically feasible solar heat pump system applicable to the cold climatic conditions, thus contributing to significant fossil fuel saving and carbon reduction in the global extent.

Therefore, further fundamental studies are necessary for developing a "soft-prior" regularization scheme for fluorescence-guided hemoglobin-DOT that is much more robust and unbiased in the presence of uncertainty in prior information [ 40].

The results are useful for developing a fundamental understanding of the effect of aperture shape on screening, which will help design, control and optimise practical processes.

Overall, the results are useful for developing a fundamental understanding of the kinematic and dynamic characteristics of particle behavior, which will help design and control practical processes.

This multi-scale structure control of bulk metallic glass composites has implications for developing a fundamental understanding of structure property relationships.

Findings such as these are essential for developing a fundamental understanding of and truly predictive simulation capability for combustion of wide-distribution AP propellants, including plateau, mesa and bi-plateau propellants.

Within colloidal science, direct or indirect measurements of surface forces represent an important tool for developing a fundamental understanding of colloidal systems, as well as for predictions of the stability of colloidal suspensions.

This information is necessary for developing a more fundamental understanding of chemical dispersion of crude oil at low salinity.