... 2011 air channel flow computational fluid dynamics forced convection heat exchangers laminar flow plates (structures) stainless steel enhancement extended surfaces thermal resistance analysis laminar convection The ability to pack increasingly higher heat transfer surface...

... uniformity on the downstream surface. 14 08 2010 03 02 2011 07 02 2011 13 09 2011 13 09 2011 channel flow computational fluid dynamics coolants cooling diffusion numerical analysis shapes (structures) thin films turbulence wind tunnels film cooling...

... 2010 17 05 2011 10 08 2011 10 08 2011 Brayton cycle channel flow computational fluid dynamics cooling diffusion energy conservation etching heat exchangers hydraulic systems intake systems (machines) pressure stainless steel temperature Minimizing capital costs...

... a strong rotation effect, increasing significantly the heat transfer on the trailing surface and reducing the heat transfer on the leading surface. 22 07 2010 27 02 2011 22 07 2011 22 07 2011 blades channel flow heat transfer rotors turbulence Pin-fins are widely...

... can improve cold plate performance and should be taken into application to power electronics cooling. 06 08 2010 29 03 2011 13 07 2011 13 07 2011 channel flow computational fluid dynamics cooling electronics packaging heat sinks hydraulic fluids power electronics...

...Zdeněk Trávníček; Petra Dančová; Jozef Kordík; Tomáš Vít; Miroslav Pavelka Low Reynolds number laminar channel flow is used in various heat/mass transfer applications such as cooling and mixing. A low Reynolds number implies a low intensity of heat/mass transfer processes since they rely only...

... but sustained no damage after being repeatedly exposed for 25–30 min long periods. 01 07 2009 07 01 2010 06 04 2010 06 04 2010 aerodynamics channel flow heat exchangers metal foams permeability plasma arc spraying thermal barrier coatings thermal conductivity Many...