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= Description of 2D Periodic Hill Flow = ...generic case of a flow separating from a curved surface with well-defined flow conditions which makes it especially suited as '''benchmark case for comput

= Flow over curved backward-facing step = === Underlying Flow Regime 3-31 ===

= Flow in a 3D diffuser = === Underlying Flow Regime 4-16 ===

= 2D flow over backward facing step  = Underlying Flow Regime 3-15 <font size="-2" color="#888888">               © copy

The advice given here refers mainly to the LES and DNS calculations presented above, but some advice on RANS and The flow over periodically arranged hills in a channel as proposed by Mellen et al. (2000) is a geometrically simple test case,

...Mellen et al. (2000) relate to the hill height h. The hill constricts the channel height of 3.036h by about one third, whereas the inter hill distance is 9h. The mean flow separates at the curved hill crown. In the wake of the hill the fluid recir

= Flow in a 3D diffuser = === Underlying Flow Regime 4-16 ===

= Flow over an isolated hill (without dispersion) = Underlying Flow Regime 3-13 <font size="-2" color="#888888">               © copy

= Pipe flow - rotating = Underlying Flow Regime 4-03 <font size="-2" color="#888888">               © copy

...inor deviations between the two segments can be detected. Within the whole flow field the greatest difference of the mean streamwise velocity component bet ...angle /\partial y</math>. Further investigations on the periodicity of the flow in the experiment as well as a detailed analysis of the homogeneity can be

= Pipe flow - rotating = Underlying Flow Regime 4-03 <font size="-2" color="#888888">               © copy

=Fluid-structure interaction in turbulent flow past cylinder/plate configuration II (Second swiveling mode)= ===Underlying Flow Regime 2-14===

= Flow in a 3D diffuser = === Underlying Flow Regime 4-16 ===

.... If one adapts the turbulence model such that it can properly compute the flow in regions of low turbulent Reynolds numbers, one may solve the transport e ...ar-wall sub-layer, known as the viscous sub-layer. Integration of the mean flow equations from the fully turbulent outer region to the wall is possible, bu

= Flow over curved backward-facing step = === Underlying Flow Regime 3-31 ===

boundaries for a better prediction of this region, not only with regard to flow properties motion of tracer and inertial particles in a turbulent channel flow at

= Flow and heat transfer in a pin-fin array = === Underlying Flow Regime 4-18 ===