... 17 09 2010 17 09 2010 air argon cooling exergy flow measurement nitrogen nozzles orifices (mechanical) oxygen pipe flow thermal conductivity vortices vortex tube (RHVT) exergy cooling heating The vortex tube, also known as Ranque vortex tube, Hilsch vortex...

... 2009 26 08 2009 heat transfer jets micromechanical devices orifices (mechanical) electronics cooling microscale jet heat transfer microjet orifice pressure loss coefficient Due to the increasing power consumption and decreasing size of electronic chips, cooling...

... pipe flow orifices (mechanical) wetting surface tension 2006 American Society of Mechanical Engineers ...

... on the primary parameters of jet motion is characterized over a range of operating conditions. 29 03 2005 22 02 2006 convection plates (structures) cooling jets mass transfer stratified flow orifices (mechanical) laser velocimetry mixing boundary layer turbulence experimental...

... coefficient characteristics aided in the evaluation of the dominant heat transfer mechanism under various thermal-hydraulic conditions. 01 09 2005 21 02 2006 cavitation heat transfer microchannel flow hydrodynamics orifices (mechanical) two-phase flow mass transfer flow visualisation...

..., the critical heat flux conditions. A correlation has been developed in terms of M to predict the conditions leading to unstable boiling. 12 05 2005 27 09 2005 boiling two-phase flow fluid oscillations orifices (mechanical) compressible flow flow instability heat transfer mass transfer...

... boiling two-phase flow cooling flow instability orifices (mechanical) 3 Critical power dependence on total volumetric flow rate (see Ref. 12 ) Mukherjee and Mudawar 25 reported CHF data for ultralow flow rates of water and FC-72, driven by a natural circulation thermosyphon. Both...