... entropy flow control numerical analysis optimal control turbulence turbulent convective heat transfer skin friction control analogy turbulent Prandtl number Presented as the William Begell Award Lecture at the 14th International Heat Transfer Conference, August 8–13, 2010, Washington...

... flow free convection Hall effect Hartmann number radiative heat transfer boundary layers flow control Hall effect heat transfer laminar flow magnetohydrodynamics radiative transfer 2007 American Society of Mechanical Engineers ...

... of the actuator for flow control and thermal management is illustrated using case studies. plasma devices electric actuators glow discharges flow control aerodynamics Mach number plasma simulation plasma flow convection thermal diffusion ionisation plasma transport processes space charge waves...

... 10.1016/0017-9310(72)90058-0 , 15 , pp. 1851 – 1863 . Raiff , R. J. , and Wayner , P. C. , Jr. , 1973 , “ Evaporation From a Porous Flow Control Element on a Porous Heat Source ,” Int. J. Heat Mass Transfer 0017-9310 , 16 , pp. 1919 – 1929 . Khrustalev , D. , and Faghri...

.... In general, the flow patterns around in-line and staggered tube banks have their own characteristics, but many characteristics are based on those for a single isolated cylinder in an infinite fluid. Therefore, the flow control method for a single cylinder can be applied to several kinds of cylinder...

... April 7, 2004; revision received November 12, 2004. Review conducted by: P. M. Ligrani. 07 April 2004 12 November 2004 25 05 2005 pattern formation blades flow control turbulence flow visualisation vortices Secondary flows in turbomachinery blade passages...

.... 27 May 1997 22 March 2001 convection two-phase flow jets boiling bubbles flow control nozzles Viskanta, R. and Incropera, F. P., 1992, “Quenching with Liquid Jet Impingement,” I. Tanasawa and N. Lior, eds., Heat and Mass Transfer in Materials Processing , Hemisphere...

... within the flowing control fluid and the surrounding attenuating medium. The derivation of these equations proceeds in three steps: (1) assumptions relevant to the tube bank-attenuator are stated; (2) order of magnitude arguments are used to simplify the energy equation within the flow, the tube wall...