Couette

This rigid, set structure, named after its hairpin like shape was found within Plane Couette flow.

Way To Control Chaos? | Impact Lab 2009

“The hairpins expose an all new ‘view’ of the transition to turbulence and it is our aim to ‘unify’this idea discovered in Couette flow, into other areas of shear flow in general,” added Dr Generalis.

Way To Control Chaos? | Impact Lab 2009

Dr Generalis believes that finding a regimented structure within the very heart of Couette flow could prove invaluable to controlling turbulence and the effects of turbulence between two moving boundaries, in the future.

Way To Control Chaos? | Impact Lab 2009

This new discovery paves the way for the ‘marriage’ between wake and wall structures in shear flow turbulence and provides a unique picture of the Couette flow turbulent eddies only observed but never understood before.

Way To Control Chaos? | Impact Lab 2009

There are 2 dozen of states going from Couette flow to a fully developped turbulence through different pseudo stationnary structures .

Exponential Growth in Physical Systems #2 « Climate Audit 2007

As for Taylor Couette , Couette , Benard Raleigh flows those belong to the most studied cases both experimentally and theoretically since Poincarré and that is more than 100 years ago .

Exponential Growth in Physical Systems #2 « Climate Audit 2007

How are fluid experiments run for Taylor-Couette flow with infinitely long cylinders?

Exponential Growth in Physical Systems #2 « Climate Audit 2007

If we are talking about continuum solutions of Taylor-Couette flow, what is the fluid and what is the Reynolds number?

Exponential Growth in Physical Systems #2 « Climate Audit 2007

Let us stay with a single fluid say water for the Taylor-Couette flow between rotating cylinders.

Exponential Growth in Physical Systems #2 « Climate Audit 2007

In response to: Let us stay with a single fluid say water for the Taylor-Couette flow between rotating cylinders.

Exponential Growth in Physical Systems #2 « Climate Audit 2007