delegation of child's carecapacitiesintersubjectivityNot Availabledoi:10.1016/S0065-2687(08)60112-0C.D. RobinsonLaryngo- rhino- otologieRobinson, G. D.: Vertical Motion and the Transfer of Heat and Momentum Near the Ground. Adv. Geophys. 6 , 259–268 (1959)....
The closure of the granular temperature (kinetic energy associated with the random motion of the particles) equation is done by the use of kinetic theory of granular flows. The main objective of the study is to investigate the variations of two-phase heat-transfer coefficient and Nusselt number ...
In theoretical, the convective heat transfer is defined by the heat transfer across the surface in resulting from the motion of the fluid motion which is given by: (4.3)ρA(CvT)u∞ where ρ and Cv are the density and the specific heat capacity of the fluid, respectively, u∞ is the ...
heat transferpipe flow/ liquid motionvertical tubelocal heat releasetube wallspressure pulsecombustionpulse shapeTo investigate the effect of pressure impulse emerging in a vertical tube filled with water as a result of combustion of the fuel in its lower part and acting on the tube walls and on...
In this work, we propose a a phase-field method (PFM) for boiling heat transfer that relies on the conservative Allen–Cahn (CAC) for the description of the vapor-liquid interface. The PFM is coupled with a direct solution of the mass conservation and Navier–Stokes equation to describe the...
The hybrid nanoliquid flow and MHD with stagnation point past over a circular cylinder examine by Nadeem et al.23–25. It is observed that for hybrid nanoliquid rate of heat transfer is high as compared to nanoliquid. It also discussed the thermal and velocity slip effects. The influence...
An unavoidable trade-off of the convective heat transfer is pressure loss caused by fluidic resistance on an interface. To overcome this limitation, we uncover that nano-inspired interfaces can trigger a peculiar fluidic interactivity, which can pursue all the two sides of the coin: heat transfer...
A sweeping jet produced by a two-feedback channel fluidic oscillator has been commonly employed for heat transfer enhancement applications using different measuring techniques. The methodologies like Phosphor Thermometry, Temperature Sensitive Paint technique, Infrared Thermography (for film cooling), and Nu...
For the ranges of the governing parameters studied in this study and by considering the values of hr¯, one may say that the heat transfer enhancement appears more important for Ethylene Glycol–γAl2O3 than for water–γAl2O3 mixture. Finally, for the cases studied considering Ethylene ...
Experimental studies of single-phase, natural circulation heat transfer characteristics in a narrow, vertical, rectangular channel under static and rolling motion conditions were performed and the effects of rolling motion on the heat transfer characteristics were obtained. The experimental results show that...