DES of turbulent flow around a sphere with trip wire

Muris Torlak; Almin Halač; Stefan Roesler; Seid Koric

DES of turbulent flow around a sphere with trip wire

Muris Torlak, Almin Halač, Stefan Roesler, Seid Koric

Research output: Contribution to conference › Paper › peer-review

Abstract

Turbulent flow at Reynolds number 50,000 around a sphere with trip wire placed 75° from the frontal stagnation point is investigated using detached eddy simulation (DES). The time-averaged results of the velocity field agree considerably well with the measurements from literature and reveal good reproduction of the separation zone, as well as the extent of the recirculation region. While the near-wall velocities are well captured, certain under-prediction of the values in the wake is observed.

Original language	English (US)
State	Published - Sep 17 2015

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title = "DES of turbulent flow around a sphere with trip wire",

abstract = "Turbulent flow at Reynolds number 50,000 around a sphere with trip wire placed 75° from the frontal stagnation point is investigated using detached eddy simulation (DES). The time-averaged results of the velocity field agree considerably well with the measurements from literature and reveal good reproduction of the separation zone, as well as the extent of the recirculation region. While the near-wall velocities are well captured, certain under-prediction of the values in the wake is observed.",

author = "Muris Torlak and Almin Hala{\v c} and Stefan Roesler and Seid Koric",

year = "2015",

month = sep,

day = "17",

language = "English (US)",

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TY - CONF

T1 - DES of turbulent flow around a sphere with trip wire

AU - Torlak, Muris

AU - Halač, Almin

AU - Roesler, Stefan

AU - Koric, Seid

PY - 2015/9/17

Y1 - 2015/9/17

N2 - Turbulent flow at Reynolds number 50,000 around a sphere with trip wire placed 75° from the frontal stagnation point is investigated using detached eddy simulation (DES). The time-averaged results of the velocity field agree considerably well with the measurements from literature and reveal good reproduction of the separation zone, as well as the extent of the recirculation region. While the near-wall velocities are well captured, certain under-prediction of the values in the wake is observed.

AB - Turbulent flow at Reynolds number 50,000 around a sphere with trip wire placed 75° from the frontal stagnation point is investigated using detached eddy simulation (DES). The time-averaged results of the velocity field agree considerably well with the measurements from literature and reveal good reproduction of the separation zone, as well as the extent of the recirculation region. While the near-wall velocities are well captured, certain under-prediction of the values in the wake is observed.

M3 - Paper

ER -

DES of turbulent flow around a sphere with trip wire

Abstract

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