Three-dimensional effects in turbulent shear layers
ORAL
Abstract
The skewing of mean flow in canonical turbulent boundary layers is known to cause a reduction
in turbulent shear stress and drag, possibly due to the misalignment of turbulent structures.
However, little is known about the impact of flow skewing in turbulent shear layers. Using direct
numerical simulations (DNS), the current study is aimed at investigating the qualitative and
quantitative effects of three-dimensionality in incompressible shear layers. Further, a range of “what if?”
numerical experiments will be performed to isolate the effects of skew in mean flow and
turbulent fluctuations.
in turbulent shear stress and drag, possibly due to the misalignment of turbulent structures.
However, little is known about the impact of flow skewing in turbulent shear layers. Using direct
numerical simulations (DNS), the current study is aimed at investigating the qualitative and
quantitative effects of three-dimensionality in incompressible shear layers. Further, a range of “what if?”
numerical experiments will be performed to isolate the effects of skew in mean flow and
turbulent fluctuations.
–
Presenters
-
Vedant Kumar
University of Maryland
Authors
-
Vedant Kumar
University of Maryland
-
Dipendra Gupta
Cornell University
-
Gregory P Bewley
Cornell University
-
Johan Larsson
University of Maryland, College Park