... flow simulation Ge-Si alloys magnetohydrodynamics numerical analysis rotational flow semiconductor growth semiconductor materials zone melting numerical simulation crystal growth traveling heater method crucible rotation static magnetic field Silicon germanium (SiGe...

... liquid films rotational flow thin films two-phase flow film cooling surface curvature mist cooling heat transfer enhancement The film cooling technique is applied in modern gas turbines to protect the components such as the turbine blades from hot combustion gases. The inlet...

... factors increased with rotation number due to the increased Sherwood number ratios and decreased friction factor ratios. 30 08 2010 12 08 2011 27 10 2011 27 10 2011 channel flow gas turbines heat transfer mass transfer rotational flow swirling flow turbulence gas...

... crystal devices nozzles rotational flow jet impingement crossflow heat transfer liquid crystal thermography Jet impingement has been studied over the years due to its wide applications in many industrial processes, for example, paper drying, glass tempering, gas turbine blade cooling...

... equations rotational flow slip flow viscosity exact solution rotating disk flow partial slip vorticity suction and blowing layer thicknesses shear stresses The cases when an exact solution for the Navier–Stokes equation can be obtained are of particular importance in investigations...

... rates for different values of governing parameters are also tabulated. 07 10 2009 17 06 2011 03 10 2011 03 10 2011 mass transfer natural convection nonlinear equations non-Newtonian flow rotational flow stratified flow free convection micropolar fluid thermal...

... uncertainty of the method developed is between 5% and 8% of the convective heat transfer coefficient. 03 05 2010 13 12 2010 04 05 2011 04 05 2011 convection rotational flow rotors turbines Convective heat transfer to the static casing of a shroudless HP turbine rotor...

... the viscous torque remains nearly unchanged. Results for special case of concentric spheres are obtained by letting eccentricity tend to zero. 08 11 2009 06 02 2011 01 04 2011 01 04 2011 boundary layers heat transfer rotational flow transpiration flow and heat transfer...

... deposition cooling heat transfer microchannel flow multilayers rotational flow thin films transport processes microscale transport materials processing thermal processing advanced materials The thermal processing of advanced materials has become very important in the recent years...

... thermography aerodynamics flow simulation flow visualisation forced convection heat conduction infrared imaging laminar flow rotational flow spatiotemporal phenomena turbulence 11 02 2010 23 08 2010 03 11 2010 03 11 2010 2011 American Society of Mechanical...

... 2010 25 08 2010 03 11 2010 03 11 2010 computational fluid dynamics convection differential equations diffusion fractals laminar flow mass transfer rotational flow shear flow cone-and-plate device rotating disk heat and mass transfer efficiency Cone...

... variable properties Joule heating shear stress heat transfer boundary layers compressible flow flow simulation flow through porous media heat transfer integration laminar flow magnetohydrodynamics mass transfer nonlinear differential equations rotational flow shear flow thermal...

...) entropy external flows heat transfer rotational flow 2010 American Society of Mechanical Engineers ...

... 07 07 2010 13 08 2010 13 08 2010 blades cooling jets mass transfer rotational flow stagnation flow turbines impingement/effusion cooling gas turbine heat transfer Coriolis force rotation Recent increase in turbine inlet temperatures necessitates more...

..., and that the irreversibility is mainly due to heat transfer while the irreversibility associated with fluid friction is minor. entropy finite volume methods heat transfer laminar flow rotational flow numerical study rotating disk entropy generation irreversibility Bejan number rotational Reynolds number...

... 04 2010 29 04 2010 blades channel flow gas turbines heat transfer rotational flow turbulence heat transfer turbulence promoter triangular channel high rotation number The leading edge of the gas turbine blade is critical due to high heat load. Internal cooling...

... rotating disk heat transfer flow instability flow through porous media heat transfer integration magnetohydrodynamics Maxwell equations Navier-Stokes equations numerical analysis rotational flow 2010 American Society of Mechanical Engineers ...

... and Kasagi ( 16 ) for Ro τ = 2.5 . DNS (○), explicit (—), and Pr t = 0.85 ( – – – ) . channel flow flow simulation rotational flow turbulence System rotation is known to significantly modify the rate of heat, mass, and momentum transport by turbulence...

... for circle, 12 for square, and 31 for triangle (bottom) at the end of a cycle (contour level increment of 0.05) 30 07 2008 26 04 2009 19 08 2009 computational fluid dynamics confined flow finite volume methods flow visualisation forced convection laminar flow rotational...

...) flow through porous media magnetohydrodynamics Navier-Stokes equations rotational flow exact solutions magnetohydrodynamic flow porous disk heat transfer The magnetohydrodynamic flow of fluids over porous boundaries of materials has many applications in practical science...