... nanofluid mixed convection heat transfer augmentation heat source inside enclosure Thermal management of heat dissipation in engineering components, devices, and systems are vital needs in many engineering applications and technologies. However, the intrinsic low thermal conductivity of cooling...

..., in terms of solution speed and model rigor, that existing modeling methods do not match. volume averaging theory particle swarm optimization heat sink optimization genetic algorithm electronics cooling heat transfer augmentation Past studies have considered different approaches...

...Andrew R. Gifford; Thomas E. Diller; Pavlos P. Vlachos Experiments have been performed in a water tunnel facility to examine the physical mechanism of heat transfer augmentation by freestream turbulence in classical Hiemenz flow. A unique experimental approach to studying the problem is developed...

... of the solid and fluid coupled energy equation to analyze porous foam heat exchangers with any arbitrary geometry. Analyses of this type are reported by Lu et al. ( 9 ) and Zhao et al. ( 10 ). This paper considers the heat transfer augmentation provided by porous metal foams and compares them against...

... plates. In each case, impinging jets are used individually or in arrays ( 2 ). impingement cooling internal cooling turbine cooling heat transfer augmentation turbulent heat transfer variable property effects temperature ratio effects heat transfer jets Mach number turbulence...

... , 90 , pp. 87 – 97 . Watanabe , K. , Taira , T. , and Mori , Y. , 1983 , “ Heat Transfer Augmentation in Tubular Flow by Twisted Tapes at High Temperatures and Optimum Performance ,” Heat Transfer-Jpn. Res. 0096-0802 , 12 ( 3 ), pp. 1 – 31 . Date , A. W. , 1973...

... transfer laminar flow pipe flow boundary layers friction swirling flow Convection Laminar Flow Twisted-Tape Heat Transfer Augmentation Swirl Flow Uniform Wall Heat Flux Full-length twisted tapes as shown in Fig. 1a are used for laminar flow heat transfer augmentation. Date...