... the findings to relevant engineering applications. chaos flow instability flow simulation non-Newtonian flow numerical analysis polymer melts shear turbulence stagnation flow vortices wakes 01 06 2011 24 08 2011 27 09 2011 27 09 2011 2011 American Society...

... in the inlet is proven successful. 10 12 2006 15 05 2008 07 01 2009 chaos flow control flow instability Navier-Stokes equations pipe flow turbines vortices The Francis turbine is a standard facility of large hydraulic power stations. The water enters a spiral case toward...

... 2006 18 08 2007 07 05 2008 boundary layer turbulence chaos computational fluid dynamics flow separation jets slip flow wakes The turbulent boundary layer with negligible wall shear stress, in the neighborhood of separation, was considered by Stratford ( 1 ). Using...

... is interpreted. 28 12 2005 06 06 2007 chaos flow simulation mixing peristaltic flow peristaltic mixing chaotic stirring mixing efficiency spectral element methods ALE simulations There is a growing need to efficiently manipulate small volumes of fluids in biological...

... characteristics drastically change due to an increase of curvature from δ = 0.23 to 0.24. When there is no stable steady solution, time evolution calculations as well as their spectral analyses show that the steady flow turns into chaos through periodic or multi-periodic flows if Dn is increased no matter what δ...

...-Stokes equations boundary layer turbulence laminar flow viscosity chaos wakes vortices aerodynamics Knowledge of the spin and recovery characteristics of modern aircraft is crucial at a variety of levels, including maneuverability, control strategies, and ultimately design. One of the most...

... that is periodic for certain time intervals manifests itself by bursts of aperiodic oscillations of finite duration. After the burst, a new periodic phase starts, and so on. The intermittency serves as one of the routes for the onset of chaos. The results show that the chaotic flow in the curved channel develops...