... of Rusak (1994) and demonstrates that a subsonic flow about a thin airfoil can be described in terms of an outer region, around most of the airfoil chord, and an inner region, around the nose, that asymptotically match each other. The flow in the outer region is dominated by the classical thin airfoil...

... aerodynamics compressible flow flow simulation microchannel flow Poiseuille flow slip flow subsonic flow Table 1 Comparison of experimental data from Harley et al. [( 1 22 )] Case JH6 JH6 Width (μm) 96.6 96.6 Depth ( μ m) 0.51 0.51 D h ( μ m) 1.01 1.01 Length (mm...

... compressible flow computational fluid dynamics drag flow simulation Mach number shock waves subsonic flow supersonic flow vortices The critical Mach number of the wing is exceptionally low at the lower ground clearances of h / c  = 0.179 and 0.067, lying between M ∞  = 0.3 and 0.4. Reaching...

... of the stator. 25 03 2009 26 08 2010 18 11 2010 18 11 2010 blades computational fluid dynamics Mach number nozzles rotational flow rotors shock waves stators subsonic flow supersonic flow transonic flow turbines High pressure gas turbines present considerable...

... CFD aerodynamics computational fluid dynamics flow measurement Mach number subsonic flow 13 06 2009 13 01 2010 18 03 2010 18 03 2010 2010 American Society of Mechanical Engineers ...

... compressible flow pipe flow shock waves subsonic flow supersonic flow inverse design 2D ducts viscous incompressible flows flexible string algorithm One of the optimal shape design methods is the surface shape design (SSD), which in fluid flow problems usually involves finding a shape...

... 01 2010 12 01 2010 compressible flow heat transfer iterative methods laminar flow pipe flow subsonic flow turbulence compressible flow adiabatic flow isothermal flow turbulent flow The compressible flow of fluid through circular pipes has been studied...

... necessary for modifying turbulent boundary layers. 16 07 2007 09 10 2008 02 12 2008 actuators discharges (electric) electrohydrodynamics laminar flow laminar to turbulent transitions plasma boundary layers plasma devices plasma flow plasma turbulence subsonic flow...

... 08 10 2008 02 12 2008 aerodynamics confined flow convection flow instability hydrodynamics Mach number subsonic flow wind tunnels Turbulent flow over a rectangular cavity may lead to aero-acoustic couplings between the cavity shear-layer oscillations and the acoustic...

... 03 10 2008 02 12 2008 Boltzmann equation flow simulation mass transfer microchannel flow Navier-Stokes equations slip flow subsonic flow The progress in the fabrication technique during the past ten years lead to the miniaturization of many devices (micropumps, microvalves...

... to an interaction of the valve with an up or downstream volume of fluid ( 1 ). Results from the present study show that nonreturn valves experience similar phenomena. flow control flow instability subsonic flow valves 24 09 2007 25 03 2008 27 10 2008 2008 American Society...

... estimation of the modal amplitudes from real-time surface pressure measurements. 16 08 2006 22 01 2007 subsonic flow confined flow flow control Galerkin method Navier-Stokes equations flow visualisation laser velocimetry pressure measurement nonlinear differential equations...

.... Nodes distributions at the inlet face of subgrid E 19 06 2006 05 12 2006 wind tunnels transonic flow Navier-Stokes equations finite difference methods supersonic flow jets subsonic flow design engineering numerical simulation injection process transonic...

... subsonic flow jets shear flow turbulence air pollution control confined flow The desire for enhanced aircraft, missile, and torpedo maneuverability has motivated the search for useful methods of vectoring jet exhaust in the harsh environments found in typical propulsion systems. Initial...

... out = 4 In the present work, subsonic flows in the uniform microchannel, the series microchannel and the parallel microchannel, were investigated using DSMC. For the uniform microchannel flow, DSMC code with pressure boundary conditions was verified by comparing results...

...Donald P. Rizzetta; Miguel R. Visbal Active control was simulated numerically for the subsonic flow through a highly loaded low-pressure turbine. The configuration approximated cascade experiments that were conducted to investigate a reduction in turbine stage blade count, which can decrease both...

... by lethality and cavity generation concerns with minimizing drag in air being a secondary consideration. compressible multiphase flows supercavitation high-speed water entry diffusion multiphase flow compressible flow subsonic flow supersonic flow shock tubes transonic flow cavitation...

.... Measurements were made by using downstream traverses with Pitot probe, upstream total pressure probe, and sidewall static pressure taps. The losses were found to be rather constant at subsonic flows. At transonic and low supersonic flows, the losses increased steeply. The maximum relative increase...

... Division July 18, 2003; revised manuscript received May 12, 2004. Associate Editor: W. W. Copenhaver. 18 July 2003 12 May 2004 07 12 2004 jets mixing turbulence Mach number subsonic flow supersonic flow viscosity Navier-Stokes equations computational fluid dynamics...

... which is very important for the transonic case since large spatial gradients are present in the flow due to shocks. Thus, a larger reduction in the required number of modes is observed for the transonic flows than for subsonic flows, i.e., 25 compared to 10. Similar to the subsonic cases, the 25-mode...