Sentence examples for more refined numerical from inspiring English sources

This enables calculation of stiffness functions and building of a more refined numerical model of the system.

Moreover, it may be the starting point for more refined numerical investigations concerning the actual measurability of the relativistic effects involving, e.g., a simulation of full GRACE data, including GTR itself, and the consequent parameters' estimation.

However, numerical schemes for coping with similar situations in fluid models are well developed in the literature and it is natural to turn to these for more refined numerical schemes and ones that can automate the process of contour surgery [22, 23].

Finally, the proposed model is applied to the prediction of the bearing capacity of laterally loaded masonry elements: the accuracy of the numerical predictions is assessed by comparisons with available experimental results and with more refined numerical models proposed by other authors.

The results are in reasonable agreement with the more refined results using commercial numerical codes.

Globalization of research and development together with enhanced capabilities for science driven research allowed by more and more refined characterizatio n and numerical simulation techniques create conditions today for achieving real breakthroughs in technologies and processes, as well as in design and safety studies of nuclear systems.

Each EC number consisted of four digits representing numerical classes of more refined levels.

With advanced computational resources now more readily available, more-refined 3D numerical MHD models of solar eruptions are being developed and improved.

The analytical and numerical models, on the other hand, involve more refined, mechanistic considerations and include strength and stiffness parameters of concrete and type of corrosion products.

As the experiments proceed and more is learned about the sample response, numerical analysis can be used to obtain a more refined account of the sample response and dynamic material strength.

While the accuracy of assembly calculations has considerably improved due to the increase in computer power enabling more refined description of the phase space and use of more sophisticated numerical algorithms, the computational cost continues to increase which limits the full utilization of their effectiveness for routine engineering analysis.