# Three-Dimensional Simulation of Flow Past a Circular Cylinder by Nonlinear Turbulence Model

##### Citations

3 citations

### Cites methods from "Three-Dimensional Simulation of Flo..."

...The implementation of this UDF was earlier validated for flow past a square cylinder (Ramesh et al, 2006) and flow past a circular cylinder (Ayyappan and Vengadesan, 2008)....

[...]

##### References

792 citations

### "Three-Dimensional Simulation of Flo..." refers methods in this paper

...The three-dimensional Floquet stability analysis reported by Barkley and Henderson [17] and the experiment done by Prasad and Williamson [18] at subcritical Reynolds number showed the dominant spanwise scales having wavelengths of approximately three to four cylinder diameters in the Reynolds number range 180 < Re < 240....

[...]

...The three-dimensional Floquet stability analysis reported by Barkley and Henderson [17] and the experiment done by Prasad and Williamson [18] at subcritical Reynolds number showed the dominant spanwise scales having wavelengths of approximately three to four cylinder diameters in the Reynolds number range 180 Re 240....

[...]

784 citations

774 citations

641 citations

### "Three-Dimensional Simulation of Flo..." refers methods in this paper

...The same test case was simulated using LES technique by Breuer [12] and by Krevechenko and Moin [13]....

[...]

...Beaudan and Moin [9] (hereafter referred to as BM) were the first to carry out a detailed LES study for the subcritical flow past a circular cylinder at Re ¼ 3,900....

[...]

...This factor was later explained by Mittal and Moin [11]....

[...]

578 citations

### "Three-Dimensional Simulation of Flo..." refers background in this paper

...[2] model and predicted the drag crisis at Re 1⁄4 2 10(5), and they proved the suitability of nonlinear turbulence models....

[...]