... and technological applications beyond thermal field predictions. 1 Corresponding author. e-mail:  Luoxb@hust.edu.cn 05 12 2024 15 03 2025 11 04 2025 electronic cooling heat and mass transfer jets wakes impingement cooling thermal systems Ministry of Science...

...: Ali Khounsary. 15 11 2017 17 07 2018 Gas turbine heat transfer Jets Wakes Impingement Cooling To improve the thermal efficiency of gas turbines, turbine inlet temperature has been increased to a very high level, which is far beyond the allowable temperature of blade...

...: Portonovo S. Ayyaswamy. 08 02 2018 27 02 2018 Experimental techniques Forced convection Gas turbine heat transfer Heat transfer enhancement Jets Wakes Impingement Cooling Gas turbines operate at high pressure (20–40 atmospheres), high temperature (1500 °C–1700 °C...

... convection Gas turbine heat transfer Heat and mass transfer Jets Wakes Impingement Cooling Copyright © 2018 by ASME 2018 0022-1481/2018/140(8)/080901/1/ $25.00 ...

... Experimental techniques Jets Wakes Impingement Cooling Particles Droplets Copyright © 2018 by ASME 2018 0022-1481/2018/140(8)/080901/1/ $25.00 ...

... online March 30, 2018. Assoc. Editor: Danesh K. Tafti. 27 07 2017 08 01 2018 Gas turbine heat transfer Heat transfer enhancement Jets Wakes Impingement Cooling The development of more efficient cooling strategies for gas turbine high thermal load components is one...

.... 27 11 2017 25 12 2017 Evaporation Forced convection Jets Wakes Impingement Cooling Boiling Condensation Copyright © 2018 by American Society of Mechanical Engineers 2018 0022-1481/2018/140(3)/030903/1/ $25.00 ...

... depends on various factors such as Reynolds number, separating distance between the jet and the target surface [ 9 , 10 ]. Forced convection Jets Wakes Impingement Cooling 03 05 2017 10 09 2017 Contributed by the Heat Transfer Division of ASME for publication in the J...

... properties Jets Wakes Impingement Cooling With the development of advanced space, electronic and nuclear systems, device power densities are becoming much higher, which requires more effective cooling methods. Jet impingement cooling is already widely used in many industrial applications due...

... flow rates. Bubble shape and speed closely match experimental observations for each bubble size and liquid flow rate. Nusselt numbers in the bubble wake for all configurations follow a power law relationship with distance behind the bubble. Important dynamical structures include a pair of vortical...

... heat transfer Heat and mass transfer Heat transfer enhancement Jets Wakes Impingement Cooling Heat transfer Targets in the design of gas turbine combustors are based on increasing the efficiency of the engine, minimizing the production of the oxides of nitrogen (NO x ), and maintaining...

...: 0.6, 1.0, and 1.4. The best performance enhancement was obtained under the blowing ratio of M  = 0.6 in both geometries. Gas turbine heat transfer Heat and mass transfer Heat transfer enhancement Two-phase flow Jets Wakes Impingement Cooling Heat transfer 19 05 2016 21 06...

...-phase flow Jets Wakes Impingement Cooling Heat transfer Gas turbines (GTs) play a vital role in today’s industrialized society. As the demands for power increase, the power output and thermal efficiency of gas turbines must also increase. One method of increasing both the power output...

... enhancement Jets Wakes Impingement Cooling With technological innovations in the health, finance, and education sectors becoming increasingly dependent on the availability of accelerated data processing—coupled with the growth in consumer electronics—international bandwidth requirements...

... Experimental techniques Forced convection Heat transfer enhancement Porous media Jets Wakes Impingement Cooling The emerging techniques in microfabrication field are posing constant challenges to the thermal engineering fraternity to come out with effective cooling solutions for better thermal...

... parameters, namely, Reynolds number (Re), Prandtl number (Pr), nozzle to plate distance (l/d), and Nusselt number (Nu), is presented. Experimental techniques Heat and mass transfer Heat transfer enhancement Micro heat transfer Two-phase flow Jets Wakes Impingement Cooling Nanoscale heat transfer...

..., these high, nearly uniform heat transfer coefficients (HTCs) potentially can be extended over a large surface [ 3 ]. Electronic cooling Jets Wakes Impingement Cooling 20 10 2016 16 02 2017 Contributed by the Heat Transfer Division of ASME for publication in the J OURNAL OF H...

...Ali Nikparto; Meinhard T. Schobeiri This paper describes the experimental investigations of film-cooling effectiveness on a highly loaded low-pressure turbine blade under steady and unsteady wake flow conditions. The cascade facility in Turbomachinery Performance and Flow Research Lab (TPFL...

..., in which altered time-averaged jet trajectories and wake behavior are focused. It is observed that the pulsations tend to result in lower effectiveness when the flow remained attached to the wall in steady blowing case. In steady blowing cases with jet liftoff, such as for M = 1.25, rendering low-frequency...

... configurations shown in the pressure and suction side walls [ 7 ]. Forced convection Gas turbine heat transfer Heat transfer enhancement Jets Wakes Impingement Cooling 18 02 2016 06 07 2016 Contributed by the Heat Transfer Division of ASME for publication in the J OURNAL OF H...