Sentence examples for rigorous fluid from inspiring English sources

The approach proved its worth when rigorous fluid mechanics treatment based on the solution of first principle equations is not tractable.

To be competitive in both engineering productivity and quality of results, many pump designers are transitioning from traditional empirically-based design methods to methods based upon rigorous fluid dynamics.

In order to quantitatively describe the hydrodynamics of highly turbulent two phase Taylor Couette flow, a rigorous two-fluid computational fluid dynamics (CFD) model was developed and compared with previously published experimental data.

A methodology to integrate medical imaging modalities with rigorous computational fluid dynamics entitled image-based computational fluid dynamics (iCFD) will be introduced.

In this work we implement rigorous confined fluid phase behavior calculation depending on capillary pressure and rock compaction in a fully compositional simulator.

This is fluid, rigorous, serious cinema; the best kind of adult movie.

These models, however, are not physically and mathematically rigorous for multiphase fluid flow as the derived equation is direct extensions of single-phase flow equations and ignored the mechanisms that govern the multiphase fluid flow.

The ICU strategy of care aimed to improve cerebral perfusion and oxygenation by classic means (central temperature <38 °C; arterial partial pressure in CO2 PaCO2 = 40; cerebral perfusion pressure >65 mmHg; and rigorous control of fluid balance).

Thus, kinetic effects must be taken into consideration to achieve a rigorous evaluation of fluid-rock interactions during an earthquake (e.g., Ishikawa et al. 2008).

(Ansah et al. 2006) presented the first 3D, three phase, four component, pseudo-compositional, non-isothermal coupled reservoir/wellbore simulator that incorporates all these mechanisms through a rigorous tracking of all fluid concentrations during injection, shut-in and finally back flow of the fluids.

The boundary-layer theory has been derived from a fairly rigorous and self-consistent fluid mechanical theory based on the notion of continuity; nevertheless, this theory is incapable of elucidating random disturbance or chaotic bursting at the interface under turbulent conditions.