Sentence examples for modelling of turbulence from inspiring English sources

The results suggest that the correct modelling of turbulence generation prior to and during bore collapse and the advection of the turbulent kinetic energy into the lower swash is important in resolving the contribution of pre-suspended sediment to the net sediment transport in the swash zone.

The modelling of turbulence in non-homogeneous flow condition and some computational aspects related to its simulation are discussed, proposing some strategies for reducing the calculation time.

Therefore, the Euler Euler framework is often employed for large-scale simulations, which involves macro-scale modelling of turbulence, mass and momentum transfer.

Numerical modelling of turbulence plays a crucial role in providing accurate wind fields, which are necessary to predict transport and dispersion of pollutants in the vicinity of buildings reliably.

The status of the modelling of turbulence, heat and mass transfer is briefly reviewed and developments in computer solution methodology are outlined, with emphasis on geometry-handling and mesh-generation capabilities and parallel computing.

The realizable k-ε model was used for modeling of turbulence.

The Algebraic Structure-based Model (ASBM) is an engineering model of turbulence that incorporates information about the morphology of turbulent structures, and thus characterizes additional turbulence information beyond what is provided solely by the Reynolds stresses.

CFD studies and methods are generally validated against idealized flow configurations [V.C. Patel, W. Rodi, G. Scheuerer, Amer. Inst. Aeronaut. Astronaut. 23 (9) (1984); W. Rodi, The prediction of free turbulent boundary layers by use of a two-equation model of turbulence, Ph.D. Thesis, University of London, 1972].

The significance of this property and its importance for the modeling of turbulence cannot be overstated.

For closure modeling of turbulence it is employed the standard k – ε model.

For some examples of classical models of turbulence, we refer to [2, 4, 19, 25] and references therein.