...Chandan Mukherjee; Sudipto Mukhopadhyay In non-isothermal flows, heatlines are used to depict the energy flow from hot surface to cold surface and help in visualizing the strength of the convective heat transfer as compared to the conductive heat transfer. Traditionally, researchers have plotted...

...@nitrkl.ac.in 15 10 2019 26 04 2020 26 04 2020 22 06 2020 co-axial flow convection conduction coolants nanofluids alumina boiling experimental/measurement techniques forced convection jets wakes and impingement cooling very high temperature heat transfer...

... both blower assisted high cooling and retarded cooling using hoods. The stelmor module incorporates the change in ring spacing of the wire loops on the stelmor due to a change in mill speed and conveyor speed of the wire rod mill. A geometrical approach to convective and radiative losses taking...

...Rakesh Kumar; Niranjan Sahoo; Vinayak Kulkarni; Anugrah Singh Surface temperature history and determination of convective heating rate are the important activity in many research programs for devising an effective cooling system in internal combustion engines or for typical high speed aerodynamic...

... and a single or multiple eccentric hot spots can be applied on the top and bottom surfaces. Isothermal, heat flux, or convection boundary conditions can be applied on the hot spots. Because the hot spots are eccentric, the spreading resistance becomes a dominant factor in heat conduction in the tube...

... turbine engines, is proposed for a fully reusable and active TPS. Effectiveness of the film cooling scheme to reduce convective heating rates for a blunt-nosed spacecraft flying at Mach number 6.56 and 40 deg angle of attack is investigated numerically. The inflow boundary conditions used the standard...

...Sunil Patil; Teddy Sedalor; Danesh Tafti; Srinath Ekkad; Yong Kim; Partha Dutta; Hee-Koo Moon; Ram Srinivasan Modern dry low emissions (DLE) combustors are characterized by highly swirling and expanding flows that makes the convective heat load on the gas side difficult to predict and estimate...

... conductivity fin materials. Computational solutions, obtained by second-order accurate control-volume schemes, highlight the effects of geometry and thermal condition on the Nusselt number ( Nu T and Nu H 1 ), and the results complement and extend the literature on compact-channel internal forced convection...

...; convective and radiative inner boundary conditions and convective external conditions have also been taken into account in this work. A network simulation model has been used as the numerical tool in the analysis presented. Tillock , B. R. , and Martin , J. K. , 1996 , “ Measurement...

...Ramin K. Rahmani; Anahita Ayasoufi; Emad Y. Tanbour; Hosein Molavi Stationary spiral inserts can effectively enhance heat transfer and temperature blending in the heat convection systems. In this paper, the impact of the segment length on the performance of a stationary insert is studied for flow...

... with moisture evaporation, devolatilization, and coke fines combustion with a conjugate radiation-convection-conduction calculation. 06 02 2010 09 09 2010 28 10 2010 28 10 2010 calcination coke combustion convection energy conservation evaporation kilns moisture petroleum...

.... The inner cylinder, which serves as the solar absorber, has a cavity-type configuration and a small aperture for the access of concentrated solar radiation. Absorbed heat is transferred by conduction, radiation, and convection to the pressurized air flowing across the RPC. A 2D steady-state energy...

... computation CFD convection radiation thermal efficiency Under these assumptions, the governing equations are the Reynolds averaged conservation equations for the mass, momentum, and energy, written as ( 4 ) 1 Overall   mass:   ∂ ∂ t ( ρ ) + ∇ ∘ ( ρ U ) = 0 2...

... Maxwell , J. C. , 1954 , A Treatise on Electricity and Magnetism , Vols. 1 and 2, Dover , New York . Mansour , R. B. , Galanis , N. , and Nguyen , C. T. , 2007 , “ Effect of Uncertainties in Physical Properties on Forced Convection Heat Transfer With Nanofluids ,” Appl...

..., namely, convection and radiation between the gases and wall surface, and conduction from piston rings and skirt through the oil film. The model also includes frictional heat generation by the rings and skirt as a result of the piston movement. Results presented in this paper show that the heat flux...