Thermally developing laminar Hartmann flow through a parallel-plate channel, including
both viscous dissipation, Joule heating and axial heat conduction with a step change in wall …

The convective heat transfer properties of a hydrodynamically, fully developed viscous flow
in a circular tube are analyzed without using any simplified assumption such as low …

Heat transfer in the thermal entrance region of pipes is analyzed by the finite-difference
method including the effect of axial fluid conduction. A hydrodynamically developed flow …

Thermally developing laminar Hartmann flow through a parallel plate channel, with
prescribed transversal uniform magnetic field, including both viscous dissipation, Joule …

An exact method of analysis is presented for solving the low Peclet number thermal entry
region problem for laminar flow inside a circular tube, including the effects of axial …

In this paper laminar forced convective heat transfer problems inside ducts, with axial
conduction, subjected to the three main types of boundary conditions are solved exactly. The …

A special eigenfunction expansion is used to derive an exact solution for heat transfer in
laminar flow of a non-Newtonian fluid inside a circular or parallel-plate duct, including axial …

The solution for the temperature profile is obtained on the basis of the superposition
principle or by the use of Green's function when the wall temperature (or heat flux) profile is …

Heat transfer in laminar tube flow with convective boundary conditions and axial heat
conduction in the fluid is solved exactly. The effects of the external Biot numbers and the …

An exact solution is presented for the temperature distribution and the local Nusselt number
in slug flow of a low Pe´ cle´ t number fluid inside an infinitely long tube by including in the …