... by the Heat Transfer Division of ASME for publication in the J OURNAL OF H EAT T RANSFER . Manuscript received March 2, 2014; final manuscript received July 15, 2015; published online October 6, 2015. Assoc. Editor: William P. Klinzing. 02 03 2014 15 07 2015 stagnation flow viscous...

... The history of the study of fluid solidification in stagnation flow is limited to a few cases. Among these few studies, only some articles have considered the fluid viscosity and yet pressure variations along the thickness of the viscous layer have not been taken into account and the energy equation has been...

... Recovery ratio as a function of Ma out 27 01 2010 09 07 2011 11 07 2011 08 11 2011 08 11 2011 aerodynamics compressible flow convection laminar flow Mach number pipe flow stagnation flow subsonic flow total temperature measurement convective heat...

... properties and solution of the RTE. 24 07 2010 27 06 2011 07 10 2011 07 10 2011 aerodynamics heat transfer hypersonic flow integration nonequilibrium flow radiative transfer stagnation flow hypersonic radiation nonequilibrium k-distribution An accurate...

...Nasir Memon; Yogesh Jaluria An experimental study is undertaken to investigate the flow structure and heat transfer in a stagnation flow chemical vapor deposition (CVD) reactor at atmospheric pressure. It is critical to develop models that predict flow patterns in such a reactor to achieve uniform...

... as a function of Ma out for case 2 19 08 2010 08 02 2011 04 04 2011 04 04 2011 boundary layers compressible flow computational fluid dynamics flow simulation heat transfer Mach number microchannel flow numerical analysis pipe flow slip flow stagnation...

... turbulence is stretched and vorticity is amplified as it is convected toward the stagnation surface. The resulting stagnation flow is dominated by dynamic, counter-rotating vortex pairs. Heat transfer augmentation occurs when the rotational motion of coherent structures sweeps cooler freestream fluid...

... boundary layers convection external flows finite difference methods friction laminar flow magnetohydrodynamics plates (structures) stagnation flow boundary layer dual solutions induced magnetic field MHD mixed convection Velocity profiles for fixed M = 0.2 and Pr...

... in literature many times previously, e.g. Ireland and Jones ( 12 ), thus, only a brief description will be given here. 23 04 2010 02 07 2010 21 09 2010 21 09 2010 aerodynamics blades channel flow cooling engines flow visualisation jets liquid crystals shafts stagnation...

... along the line z / d = − 2.0 . For the stationary case, the first peak was at a distance of 0.5 d from the stagnation point due to stagnation flow acceleration ( 10 ). For the axial orientation, the Sh value in the stagnation region was 15% higher than that in the stationary case...

... ) = U o x m and wall temperature given by T w − T ∞ = C x n . It is found that a similar solution exists only for m = 1 and n = 0 , which represents stagnation flow on isothermal surface. This case has been thoroughly investigated. The analysis showed that three parameters control the flow and heat...

... coefficient. Experimental calibration systems were developed to simultaneously measure the heat flux gauge response relative to a secondary standard under the same flow and thermal conditions. The measured gauge sensitivities in the stagnation flow matched the model, and were used to estimate the value...

...James T. Wiswall; Margaret S. Wooldridge; Hong G. Im A stagnation-flow burner facility was used to study the catalytic surface reactions of premixed combustion systems at atmospheric pressure. The configuration serves as an important platform to investigate the interaction between homogeneous...

...T. Javed; Z. Abbas; T. Hayat; S. Asghar The development of two-dimensional or axisymmetric stagnation flow of an incompressible viscous fluid over a moving plate with partial slip has been investigated. The effects of partial slip on the flow and heat transfer characteristics are considered...

... computational fluid dynamics heat transfer jets nozzles stagnation flow jet impingement heat transfer stagnation point turbulence models Jet impingement is one of the most efficient solutions of cooling hot objects in industrial processes as it produces a very high heat transfer rate...

... with respect to time and position, though wall temperature or wall heat flux changes with respect to both time and position. Gorla , R. S. R. , 1977 , “ Unsteady Laminar Axisymmetric Stagnation Flow Over a Circular Cylinder ,” Dev. Mech. 0419-0262 , 9 , pp. 286 – 288 . Gorla , R. S...

... forced convection stagnation flow partial differential equations finite difference methods magnetohydrodynamic mixed convection stagnation-point dual solutions The existence of dual solutions in mixed convection over a horizontal plate was reported by Afzal and Hussain ( 1 ) when...

... and opposing flows are considered. It is found that, for opposing flow, dual solutions exist in the neighborhood of the separation region, whereas for assisting flow the solution is unique. 04 09 2006 19 12 2006 convection stagnation flow external flows finite difference methods...

... 22 04 2006 nitrogen oxygen cooling rotors gas turbines blades stagnation flow Mach number nozzles wakes rotational flow flow visualisation gas turbine film cooling rotating blade leading edge pressure sensitive paint (PSP) The rotor blade inlet temperature...

... Navier-Stokes equations flow instability finite volume methods stagnation flow flow separation laminar to turbulent transitions wakes shear turbulence friction drag reduction heat transfer pressure drop lenticular elliptical cylinder cross flow subcritical flow The objective...