Sentence examples for modern computational fluid from inspiring English sources

A review on the implementation of modern computational fluid dynamics (CFD) methods for simulating low- and high-speed flows featuring turbulent mixing, instabilities and symmetry-breaking is presented.

The hydraulic characteristics of the 3rd century ce Roman inverted siphon system at Aspendos is subject to analysis using modern computational fluid dynamics methods.

Subsequent to this, developments in algorithms by the Imperial College group led to the birth of modern computational fluid dynamics, including the well-known SIMPLE algorithm.

Mr. Greenwald follows the Beavers' try at breaking that losing streak during the final week of the 2006 season, while chronicling the handful of ups and many, many downs in the history of a team remembered less for its athletic prowess (or even competence) than for once including the father of modern computational fluid dynamics.

Most of the numerical methods used in astrophysical fluid dynamics rely on explicit time-stepping schemes, whereas the higher robustness of implicit methods which constitute the core of modern computational fluid dynamics is rarely explored.

One of the main objectives of our supersonic-biplane study is, with the help of modern computational fluid dynamics (CFD) tools, to find biplane configurations that simultaneously exhibit both traits.

Van Rees' work couples the most advanced computational fluid dynamics and structural mechanics available with modern machine learning to design ocean propulsion and energy harvesting systems by evolutionary optimization.

Possible topics include advanced computational fluid dynamics, turbulence in fluids and plasmas, hydrodynamic stability and turbulence.

Some modern approaches where computational fluid dynamics (CFD) are used, together with wind tunnel testing, in order to identify scaling phenomena are presented as well.

The objective of the current work is to use modern techniques in Computational Fluid Dynamics (CFD) to investigate the airflow through and around these furnaces in order to verify the theoretical model of their operation.

His scientific work addresses the study of numerical methods for partial differential equations, scientific computing, computational fluid dynamics with applications to computational geosciences, biomedicine and industrial problems.