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A Smagorinsky LES model serves to capture the small-scale turbulent structures of the flow.
Subsequently, the fluctuations and the thin structures of the flow field were studied with a Large Eddy Scale simulation (LES).
The complicated three-dimensional structures of the flow are demonstrated by pictures of stream-lines and particle paths.
The electrohydrodynamic flow is utilized to suppress the boundary layer separation and modify the vortical structures of the flow past a circular cylinder.
The coherent structures of the flow developing around a surface-mounted cubic obstacle placed in turbulent channel flow (Re=40.000 based on bulk velocity and channel half-width) are investigated.
Two-point spatial correlations of passive scalar with velocity predicted by the simulation show good agreement with the experimental results, indicating that the turbulent coherent structures of the flow are reproduced by the simulation.
Similar(53)
The flow field and coherent structure of the flow over a backstep with slot-gas-injection were investigated.
A brief literature review of the structure of the flow around three-dimensional translating and revolving wings is also presented.
The main factors on the structure of the flow in streamwise corners are analyzed.
For the complex flow around the obstacle, the general structure of the flow was well reproduced in the simulations.
In a tall-form unit the structure of the flow is largely influenced by the design of the exit.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com