Sentence examples for model for turbulence from inspiring English sources

A multi-scale k ε eddy viscosity model for turbulence in porous media is developed.

It is used in fluid dynamics as a simplified model for turbulence, boundary layer behavior and shock wave formation.

The truncation error of the discretization is designed to function as a physically consistent subgrid-scale model for turbulence.

The continuous flow field was solved by steady-state time averaged conservation equations of mass and momentum along with RNG- model for turbulence.

Numerical methods include Direct Simulation (DS) with upwind scheme for laminar flow at Re = 200, 400, 103, and k−ε model for turbulence flow at Re = 4 × 103.

A two-dimensional wake model for turbulence profiles is developed for (sharp-edged) bluff bodies based on similarity (self-preservation) and universality (different shapes).

The numerical approach uses an implicit compressible gas solver together with a Lagrangian liquid-phase tracking method and the extended coherent flamelet model for turbulence-combustion interaction.

CFD simulations are done with a commercial solver applying commonly used models for turbulence description.

In numerical calculation the mathematical models for turbulence, radiation and nitric oxide chemistry were taken into account.

Based on these results advantages and drawbacks of both approaches are discussed with an outlook toward the development of near wall models for turbulence modeling and control.

The theoretically soundest methods (i.e. fully resolved transient simulations) have often been deemed unfeasible, and the majority of previously published studies use severe simplifications (i.e. k-ε models for turbulence and multiple reference frame for rotation).