... was assembled using an open loop system at miniscale size in which liquid–liquid Taylor flow is heated under a constant wall temperature. Three silicone oils of 1, 3, and 5 cSt were segmented using distilled water at three volume fractions 0.25, 0.5, and 0.75. Finally, heat transfer data of the dimensionless...

... ] for the plane and wavy channels with constant wall temperature boundary conditions. Two-dimensional computations are carried out by incorporating the original method proposed by Wang et al. [ 15 ] to account for periodic boundary conditions. Accuracy of the extended method proposed in this study for three...

...F. Talay Akyildiz; Dennis A. Siginer Forced convection heat transfer in fully developed laminar flow in transversely corrugated tubes is investigated for nonuniform but constant wall heat flux as well as for constant wall temperature. Epitrochoid conformal mapping is used to map the flow domain...

... compressible fluid low Mach number heat transfer moving cylinder exact solution constant wall temperature heat flux Axial movement of a cylinder in the case of stagnation-point flow and heat transfer has many applications in manufacturing processes. For example, the cooling processes or cleaning...

.... Editor: Giulio Lorenzini. 19 04 2013 17 09 2013 In this work, we present approximate and exact solutions for the temperature profile and Nusselt number under fully developed laminar flow of a power law fluid inside pipes and between parallel plates. Constant wall temperature...

...: Ali Ebadian. 29 08 2012 15 04 2013 The steady-state three-dimensional flow and heat transfer of a viscous, compressible fluid in the vicinity of stagnation point region on a flat plate with constant wall temperature is investigated by similarity solution approach, taking...

... studied under three types of wall boundary conditions including constant axial heat flux with constant peripheral temperature (H1), constant heat flux with variable peripheral temperature (H2), and constant wall temperature (T) boundary condition. The fully developed Nusselt number was found to be higher...

...F. M. Mahfouz Natural heat convection within an annular annulus bounded by two horizontal vertically eccentric long cylinders has been investigated. The annulus inner wall has been heated and maintained at either constant wall temperature CWT or constant heat flux CHF while the outer wall is cooled...

... or constant wall temperature). The validity of simplifying assumptions is detailed and the role played by the kind of velocity slip and temperature jump boundary conditions is shown. The influence of specific effects, such as viscous dissipation, axial conduction and variable fluid properties is also...

... transfer heat/mass transfer analogy thermal boundary layer constant wall temperature turbine endwall turbine blade fillet gas turbine Compared with mass transfer experiments with equivalent experimental conditions, heat transfer experiments with a constant temperature condition...

... closely approximate constant wall temperature rather than constant wall heat flux. In addition, if there are large variations in local heat transfer coefficient, as occurs, for example, in impinging jets or three-dimensional film cooling, wall conduction tends to smooth out the temperature and local heat...