... 11 2011 21 11 2011 heat pipes magnetic fluids magnetohydrodynamics nanofluidics pulsatile flow thermal resistance pulsating heat pipe (PHP) ferrofluid (magnetic nanofluid) thermal resistance charging ratio The pulsating heat pipe (PHP), one of the most reliable...

... fluid oscillations heat pipes heat transfer liquid films pipe flow pulsatile flow oscillating pulsating heat pipe simulation The pulsating (or oscillating) heat pipe (PHP) is a long capillary tube bent into many branches and partially filled with a two-phase, usually single...

... pulsating flow counterflow parallel-plate channel boundary layers channel flow flow through porous media fluid oscillations forced convection laminar flow pulsatile flow 01 04 2008 23 07 2008 29 07 2009 2009 American Society of Mechanical Engineers ...

... 24 06 2009 chaos electrohydrodynamics electrophoresis mixing osmosis Poiseuille flow pulsatile flow two-phase flow chaos chaotic stirring chaotic mixing Lagrangian particle tracking Flow in microfluidic devices often experience laminar or even Stokes flow conditions...

...% while those of the cooling rate at the cryoprobe are in the range of 7–14%. 30 05 2008 29 07 2008 20 03 2009 biothermics computational fluid dynamics cryogenics finite element analysis forced convection freezing haemodynamics pipe flow pulsatile flow surgery...

... 16 03 2009 channel flow forced convection pulsatile flow viscosity heat transfer flow pulsation finned channels thermal boundary layers The augmentation of convective heat transfer has become a subject of interest in recent times because of its implications in numerous...

... by these structures. 04 04 2007 17 04 2008 04 09 2008 channel flow computational fluid dynamics pulsatile flow turbulence large-scale structures pulsations time-resolved thermometry subchannels turbulent mixing The cores of nuclear power reactors generally consist...

... 09 2007 04 04 2008 04 09 2008 channel flow heat transfer laminar flow plates (structures) pulsatile flow heat transfer perforated plate alternate crossing of flow numerical simulation blockage factor pulsating Strouhal number Perforated plates may be employed...

... the evaluation of interactive and individual effects of ribflows, convective inertial force, Coriolis force, and rotating buoyancy on heat transfer. 03 01 2006 02 05 2006 pipe flow rotational flow rough surfaces coolants engines Coriolis force pulsatile flow convection gas turbines...

... ,” Trans. Jpn. Soc. Mech. Eng., Ser. B 0387-5016 , 54 , pp. 695 – 703 . 02 06 2005 01 03 2006 electrohydrodynamics fluid oscillations forced convection flow instability channel flow pulsatile flow electric fields enhancement forced convection Enhancement...

... the porous medium and the adjacent fluid layer, as summarized and compared in the work of Alazmi and Vafai 2 . composite materials thermal analysis flow through porous media heat transfer pulsatile flow porosity channel flow two-phase flow temperature distribution 05 February 2004...

... in high air permeable fabrics. Manuscript received January 9, 2004; revision received December 13, 2004. Review conducted by: B. Farouk. 09 January 2004 13 December 2004 24 03 2005 air moisture convection ventilation diffusion pulsatile flow laminar flow channel flow...

... as Re = U c h / ν where U c is the centerline velocity and h the channel half height. Computational Modeling Heat Transfer Laminar Periodic Unsteady pulsatile flow electronics packaging cooling flow instability heat transfer channel flow laminar...

... April 2003 17 07 2003 thermodynamics air conditioning condensation evaporation optimisation geometry heat transfer thermal conductivity pulsatile flow aerodynamics cooling mass transfer Exergy Analysis Heat Transfer Heat Exchangers Optimization Regenerators...

... heat transfer channel flow Navier-Stokes equations computational fluid dynamics pulsatile flow flow instability pressure Channel Flow Computational Enhancement Forced Convection Instability Engineering devices frequently employ enhanced heat transfer surfaces 1 . Fins...

..., and the unlooped PHP, which has two unconnected ends. Condensation Evaporation Heat Transfer Heat Pipes Pulsating heat pipes pulsatile flow pipe flow heat transfer thermal management (packaging) 11 July 2000 30 May 2001 Contributed by the Heat Transfer Division...

... 2001 laminar flow boundary layers channel flow pulsatile flow convection Boundary Layer Convection Enhancement Heat Transfer Periodic, Pulsating Single-phase convective heat-transfer enhancement is important in a variety of residential and industrial end-use energy...

... of the need to increase heat transfer rates per unit volume in a wide variety of modern applications. The optimization of geometric structure is now a self-standing technique for augmenting heat transfer. Bioengineering Constructal Optimization Periodic Pulsating pulsatile flow heat...