Sentence examples for better understanding of dynamic from inspiring English sources

The results of the study provide valuable information for a better understanding of dynamic properties of periodic rubber concrete panels.

The investigation presented in this study provides a better understanding of dynamic backcalculation processes which is essential for the development of dynamic backcalculation program and its applications.

Computational models to optimize valve repair are in development, but to be brought to fruition, a better understanding of dynamic leaflet geometry is necessary.

Mechanical engineers are concerned with the optimum use of materials, energy, time, and individual effort to serve societal needs through the design of machines, structures, and mechanical and thermal systems, and through better understanding of dynamic processes involving these systems.

In times of wide prevalence of large scale modeling [42], our study provides a word of caution for developing and interpretation of these models and calls for better understanding of dynamic regulation of elementary processes.

A better understanding of dynamic processes and the control of somatic cell programming, as proposed by Fertig et al., may lead to a future use of iPS cells in cell or tissue replacement therapies [ 25].

We then conducted molecular dynamic simulations on calcipotriol (agonist) and proflavine hydrochloride (antagonist) to have a better understanding of the dynamic non-covalent interactions of these two compounds once enclosed in the VDR ligand-binding site.

Identification of such dynamic protein complexes and their coordinated mechanism of action should contribute to better understanding of the dynamic nature of ciliary function in sensory neurons as well as pathomechanism of associated disorders.

This study presents a system dynamics methodology to model the dynamic flow of elderly patients in the Irish healthcare system aimed at gaining a better understanding of the dynamic complexity caused by the system's various parameters.

A better understanding of the dynamic assembly and environmental response of lipid membranes can help understand these processes and design novel nanomaterials for biomedical applications.

This requires a better understanding of the dynamic BOLD response.