...; published online May 9, 2017. Editor: David Wisler. 21 07 2016 26 11 2016 Additives Cooling Experimental Forced convection Gas turbine technology Internal flow Turbines Not long after the beginning of the gas turbine era there became a need for effective cooling schemes...

... Soghe. 13 06 2016 27 09 2016 Aerothermodynamics Computational Computational fluid dynamics Convective heat transfer Energy Energy conversion Forced convection Heat transfer Internal combustion engines Thermodynamics Ever more stringent emission legislations...

.... Therefore, a theoretical power split can be obtained, which is the proportion of the overall frictional heat which is transferred to the air by conduction and forced convection. This is expressed in terms of the proportion of frictional heat generated transferred into the rotor in Fig. 8 . Both...

... by surfaces with different temperatures, here T 1 and T 2 . When there is a temperature gradient between both surfaces, a heat flux will occur. The overall heat flux is the sum of the different heat transfer mechanisms: natural convection, forced convection, and radiation. After summing-up the heat...

... Forced convection Gas turbine technology Mixed Convection Multiphase flows Thermodynamics Two-phase Aerospace Propulsion systems In order to investigate the two-phase flow heat transfer and the pressure drop in horizontal scavenge pipes, a test facility was created (Fig. 1 ). The bearing...

... FOR GAS TURBINES AND POWER . Manuscript received by the ICE Division Apr. 12, 1999; final revision received by the ASME Headquarters Oct. 9, 2000. Associate Editor: D. Assanis. 12 Apr 1999 09 Oct 2000 forced convection channel flow turbulence flow measurement design engineering...